# CODEX CONTEXT ## Project identity This project is a production-grade distributed secure access platform. It started as a custom RDP proxy with persistent server-side sessions, but the final target architecture is broader: - distributed secure access fabric - multi-tenant platform - session broker for GUI and future non-GUI protocols - cluster mesh of nodes - connector/VPN layer - customer-managed and platform-managed nodes - node-agent based self-update / rollback / health supervision ## Product architecture rule: VPN and Remote Workspace are separate products/layers Do not merge VPN/IP tunnel work with Remote Workspace / remote desktop work. - VPN is a universal network-layer IP tunnel. It carries any traffic generated by a phone, Windows PC, Linux host, or other client device: HTTP, DNS, ping, RDP clients, SSH clients, SMB, business apps, and future protocols. VPN must stay protocol-agnostic and must not contain remote-desktop-specific logic. - Remote Workspace is an application/session-layer service. The client talks to RAP using RAP's own client protocol. RAP workers/connectors then talk to the target server using protocol adapters such as RDP, SSH, VNC, or future adapters, convert screen/input/clipboard/files/audio/control into RAP's format, and render it in the RAP client. - VPN optimization work must focus on generic data-plane transport, full-tunnel/split-tunnel routing, DNS, MTU/MSS, QoS, NAT traversal, direct UDP/QUIC transport, fallback relay, diagnostics, and stability for arbitrary traffic. - Remote Workspace optimization work must focus on server catalog, session broker, workers/connectors, protocol adapters, RAP client protocol, separate connection windows, rendering/input/clipboard/file/audio behavior, and user-facing remote-workspace UX. - Both VPN and Remote Workspace must consume the shared Fabric Service Channel runtime. Control/API traffic may use backend/admin ingress, but working service data must use the fabric channel whenever available. Backend relay is a compatibility/degraded fallback, not the production steady-state. - The accepted service-channel direction is documented in `docs/architecture/FABRIC_SERVICE_CHANNEL_RUNTIME.md`: a service requests a channel with entry pool, exit pool, roles, service class, channel classes, QoS and failover policy; the fabric selects the fastest healthy route and rebuilds it on failure. Protocol-specific services must not reimplement this transport. - Current implementation: backend issues `rap.fabric_service_channel_lease.v1` leases and embeds them in VPN client profiles. Leases include cluster-authority-signed `rap.fabric_service_channel_lease_authority.v1` payloads that bind token hash, selected route, generation, fencing epoch, and expiry, plus a signed `data_plane` contract declaring that working data uses the Fabric Service Channel over fabric routes while backend relay is only an explicit degraded/disabled fallback policy. `rap-node-agent` accepts the first VPN packet service-channel entry endpoint under `/api/v1/clusters/{cluster_id}/fabric/service-channels/{channel_id}/vpn-connections/{resource_id}/packets` plus `/packets/ws`. The endpoint validates the signed or introspected data-plane contract, applies the preferred fabric route, uses the existing production `vpn_packet` fabric route, reports contract adoption in heartbeat access telemetry, and refuses backend relay when the contract disables it. Backend access telemetry and web-admin now show data-plane adoption, working/steady-state transport, backend relay policy, data-plane mode, and logical flow mode at cluster/node/channel levels. The next slice is explicit route/fallback violation incidents from that telemetry, plus client consumption of the lease endpoint template. ## Current proven foundation The current codebase already proved the most risky low-level lifecycle assumptions for RDP: - real FreeRDP connect works - session state transitions to active work - terminate works - detach works without killing the remote session - reattach works without recreating the remote session - takeover works without recreating the remote session - per-resource certificate verification policy exists - `certificate_verification_mode = strict | ignore` - `strict` is default - `ignore` works on a per-resource basis - worker build is reproducible - backend build is reproducible This proven lifecycle must NOT be broken by future architecture work. ## Current architecture baseline Current audit and baseline snapshot: - `docs/audits/PROJECT_AUDIT_2026-04-26.md` - `docs/audits/CURRENT_BASELINE_MATRIX.md` ### Test environment - Canonical test Docker host: `192.168.200.61` - Canonical Docker context: `test-ubuntu` - Canonical SSH alias: `docker-test` - Current external fabric control endpoint for remote/offsite node enrollment: `http://94.141.118.222:19191` / `http://vpn.cin.su:19191`. - Current port forward: `94.141.118.222:19191` -> `192.168.200.61:18080`. - For offsite Windows/Linux nodes, install profiles should use: `http://vpn.cin.su:19191/api/v1` as fabric control endpoint and `http://vpn.cin.su:19191/downloads` as artifact endpoint unless the user explicitly chooses the raw IP endpoint. - Backend API for local/client smoke runs: `http://192.168.200.61:8080/api/v1` - WebSocket gateway for local/client smoke runs: `ws://192.168.200.61:8080/api/v1/gateway/ws` - Stage C17 planning is completed. - C17A synthetic mesh runtime skeleton is implemented and test-proven in `rap-node-agent` only. It is disabled by default and carries synthetic `fabric.probe` / `fabric.probe_ack` messages only. - C17B route health and failover probes are implemented and test-proven in `rap-node-agent` only. They are disabled by default and carry synthetic `fabric.route_health` / `fabric.route_health_ack` messages only. - C17C relay semantic hardening is implemented and test-proven in `rap-node-agent` only. It is disabled by default and models synthetic per-channel queues/QoS/backpressure only. - C17D non-production test-service path is implemented and test-proven in `rap-node-agent` only. It is disabled by default and carries only bounded `synthetic.echo` test payloads. - C17E/C17F/C17G are implemented and proven for live synthetic HTTP transport, scoped synthetic route config, and Control Plane scoped synthetic config consumption. - C17H deployed multi-agent synthetic config smoke is runtime-proven on `docker-test`: five running `rap-node-agent` containers consume backend-issued node-scoped synthetic config, direct and single-relay synthetic route-health observations return to the Control Plane, and production forwarding remains disabled. - C17I production forwarding gate foundation is implemented and test-proven: `rap-node-agent` has an explicit production-forwarding gate, while `/mesh/v1/forward` still refuses production payload forwarding until a later approved runtime stage. - C17J production envelope contract is implemented and test-proven: `/mesh/v1/forward` validates route-bound production envelopes for `fabric_control` / `fabric.control` only when the gate is enabled, rejects service channels, and still refuses production forwarding. - C17K production envelope observation is implemented and test-proven: valid accepted envelopes can be observed locally as metadata-only records after validation; rejected envelopes are not observed, observation failure fails closed, and production forwarding remains unavailable. - C17L bounded production observation sink is implemented and test-proven: accepted metadata-only observations can be retained locally with fixed capacity, oldest-entry drop behavior, and no payload body storage. - C17M production observation sink wiring is implemented and test-proven: node-agent can wire the bounded local metadata-only sink when `RAP_MESH_PRODUCTION_OBSERVATION_SINK_CAPACITY` is explicitly greater than zero; the wiring is disabled by default and exposes no read API. - C17N production observation sink metrics are implemented and test-proven: local sink metrics expose only capacity, current depth, accepted total, and dropped-oldest total; they expose no observation records or payload metadata. - C17O production observation sink local metrics logging is implemented and test-proven: node-agent logs aggregate sink metrics locally when the sink is explicitly enabled; no read API or Control Plane reporting is added. - C17P production observation sink change-driven metrics logging is implemented and test-proven: node-agent suppresses repeated identical local sink metrics logs; no read API or Control Plane reporting is added. - C17Q production forwarding gate/runtime log boundary is implemented and test-proven: node-agent logs production forwarding gate state separately from production forwarding runtime state. Runtime state remained false until C17Z introduced gate-controlled `fabric.control` direct forwarding. - C17R production observation sink capacity guard is implemented and test-proven: `RAP_MESH_PRODUCTION_OBSERVATION_SINK_CAPACITY` is rejected above `10000`. - C17S production observation panic fail-closed hardening is implemented and test-proven: observer errors and observer panics both fail closed as observation failure. - C17T production envelope payload boundary is implemented and test-proven: validated production `fabric.control` envelope payloads are bounded to `4096` bytes and oversized envelopes are rejected before observation. - C17U production envelope created-at skew boundary is implemented and test-proven: validated production `fabric.control` envelopes whose `created_at` is more than one minute in the future are rejected before observation. - C17V peer endpoint candidate model is implemented and test-proven: node-scoped synthetic mesh config now carries route-scoped endpoint candidates with transport, address, reachability, NAT type, connectivity mode, priority, policy tags, verification time, and metadata. This is a model/config boundary only; no production route scoring, NAT traversal, shortcut routing, or forwarding runtime is implemented. - C17W peer endpoint candidate scoring model is implemented and test-proven: `rap-node-agent` can rank already-scoped endpoint candidates using soft inputs such as transport, reachability, connectivity mode, NAT type, priority, region, policy tags, channel class, and verification age. This is a scoring helper only; it does not open connections, choose production routes, or forward payloads. - C17X health-aware endpoint candidate scoring overlay is implemented and test-proven: endpoint candidate scoring can optionally use local health observations keyed by `endpoint_id`, including latency, success/failure history, recent failure reason, reliability score, and observation freshness. This remains advisory scoring only and is not wired into production route execution. - C17Y Platform Owner synthetic mesh visibility is implemented and build/test-proven: `web-admin` reads node-scoped synthetic mesh config and shows config enabled state, route counts, peer endpoints, endpoint candidates, C17X advisory scoring boundary, and `production_forwarding`. This remains platform-owner visibility only and does not enable production forwarding. - C17Z production fabric-control direct forwarding boundary is implemented and test-proven: when `RAP_MESH_PRODUCTION_FORWARDING_ENABLED=true`, `/mesh/v1/forward` can deliver valid route-bound `fabric.control` envelopes at the local destination or forward them to a direct next hop from explicit peer endpoint config. Service channels, arbitrary relay forwarding, multi-hop production route execution, and RDP/VPN/file/video/service payloads remain unavailable. - C17Z1 production fabric-control multi-hop route-path boundary is implemented and test-proven: production `fabric.control` envelopes can carry `route_path` and `visited_node_ids`; relay nodes validate path position, forward only to the next path node, update TTL/hop/visited metadata, and reject loops. Service payloads remain unavailable. - C17Z2 production fabric-control forwarding observability boundary is implemented and test-proven: node-agent emits local `mesh_production_forward_event` logs for accepted, forwarded, delivered, and rejected production `fabric.control` envelopes. Logs are metadata-only and include no payload bodies or read API. - C17Z3 production fabric-control route-config boundary is implemented and test-proven: when scoped/control-plane mesh routes are available locally, production `fabric.control` envelopes must match configured route_id/path/ next-hop/channel/expiry/TTL/hop limits before forwarding. - C17Z4 scoped peer directory and recovery seeds boundary is implemented and test/build-proven: node-scoped mesh config carries scoped `peer_directory` and explicit bounded `recovery_seeds`; node-agent parses/validates them and web-admin shows counts. - C17Z5 node-agent peer cache runtime boundary is implemented and test-proven: node-agent builds a local `PeerCache`, selects bounded warm peers, probes warm peers with `/mesh/v1/health`, and reports metadata-only mesh-link observations when synthetic mesh testing is enabled. - C17Z6 dynamic endpoint reporting boundary is implemented and test-proven: node-agent reports explicit advertised mesh endpoint metadata in heartbeat, and Control Plane projects latest reported endpoints/candidates into node-scoped synthetic mesh config. - C17Z7 private/corporate endpoint candidate boundary is implemented and test-proven: node-agent reports multiple advertised endpoint candidates, scoring rewards private/corporate same-site candidates, and peer cache can use the best candidate address for warm health. - C17Z8 peer connection state machine boundary is implemented and test-proven: node-agent tracks warm-peer states `disconnected`, `connecting`, `ready`, `degraded`, and `backoff`, with bounded backoff after repeated health probe failures. - C17Z9 peer recovery planner boundary is implemented and test-proven: node-agent targets a bounded stable ready-peer set, enters recovery when ready peers fall below target, and selects bounded recovery probes from warm peers, recovery seeds, and other connectable scoped peers. - C17Z10 peer connection intent planner boundary is implemented and test-proven: node-agent classifies bounded peer work as maintain/probe/ recover and classifies transport readiness as direct/private_lan/ corporate_lan/outbound_only/relay_required, with rendezvous-required metadata only. - C17Z11 peer connection manager runtime boundary is implemented and test-proven: node-agent uses a reusable HTTP keep-alive client for real control-plane health probes of direct/private/corporate peers and records `waiting_rendezvous` for outbound-only/relay-required peers. - C17Z12 rendezvous/relay control-plane contract is implemented and docker-test-runtime-proven: backend issues node-scoped `rendezvous_leases`, node-agent resolves matching `waiting_rendezvous` intents into `relay_control`, probes relay `/mesh/v1/health`, records and maintains `relay_ready`, and keeps service payload forwarding disabled. - C17Z13 rendezvous lease telemetry is implemented and docker-test-runtime-proven: node-agent reports `mesh_rendezvous_lease_report` with relay admission, peer admission, TTL/renewal posture, `relay_ready`, and explicit no-payload boundary flags; web-admin shows `rv leases` in recent heartbeat tables. - C17Z14 rendezvous lease refresh contract is implemented and docker-test-runtime-proven: node-agent refreshes renewal-needed/stale rendezvous leases through node-scoped synthetic config reload, updates the running peer cache/route/lease state, and reports refresh plus stale relay withdrawal/reselection telemetry. Service payload forwarding remains unavailable. - C17Z15 backend relay replacement policy is implemented and docker-test-runtime-proven: backend consumes recent stale-relay heartbeat feedback, withdraws stale explicit rendezvous leases, scores alternate relay candidates from route adjacency, endpoint priority, policy tags, and recent mesh-link health, and returns replacement leases plus `rendezvous_relay_policy` decisions in node-scoped synthetic config. Node-agent reports `c17z15.mesh_rendezvous_lease_report.v1` and keeps stale state scoped to the exact lease/relay, so replacement leases for the same peer are not marked stale by association. Service payload forwarding remains unavailable. - C17Z16 route/path decision artifact is implemented and docker-test-runtime-proven: backend `c17z16.synthetic.v1` config includes `route_path_decisions` with original hops, effective hops, local previous/ next hop, selected replacement relay, generation, score reasons, and no-payload boundary flags. Node-agent stores the control-plane route generation and reports `c17z16.mesh_route_path_decision_report.v1` plus `c17z16.mesh_rendezvous_lease_report.v1`. Service payload forwarding remains unavailable. - C17Z17 node-side route generation tracker is implemented and docker-test-runtime-proven: backend `c17z17.synthetic.v1` config and node-agent `mesh_route_generation_report` track active/applied/unchanged/ withdrawn route decisions, generation changes, total counters, and `withdrawn_by_replacement` records for stale relay paths when replacement is first observed. Service payload forwarding remains unavailable. - C17Z18 synthetic route-health effective path runtime is implemented and docker-test-runtime-proven: backend `c17z18.synthetic.v1` config and node-agent `mesh_route_health_config_report` apply Control Plane `route_path_decisions` to synthetic route-health route config only. The synthetic runtime probes selected effective paths through replacement relays, reports expected/observed hops and drift state, and backend latest mesh links preserve route-health observations separately from connection-manager observations. Service payload forwarding remains unavailable. - C17Z19 synthetic route-health feedback scoring is implemented and docker-test-runtime-proven: backend consumes recent `synthetic_route_health` observations in relay scoring, uses drift/unreachable/failure metadata to mark the exact selected relay stale, boosts healthy low-latency relay candidates, and returns replacement leases/route decisions through the existing synthetic config contract. Migration `000022` adds the `synthetic` mesh service class. Service payload forwarding remains unavailable. - C17Z20 node-side route-health feedback refresh is implemented and docker-test-runtime-proven: after reporting synthetic route-health drift/unreachable/failure, node-agent performs a bounded node-scoped synthetic-config refresh, applies returned replacement route decisions to route-health config immediately, and reports `c17z20.mesh_route_health_feedback_refresh_report.v1`. Service payload forwarding remains unavailable. - C17Z21 offsite control-plane bootstrap relay and Windows updater foundation are implemented and docker-test/runtime-proven: backend exposes `/mesh/v1/health` through the admin/nginx control-plane origin and issues control-plane-only bootstrap rendezvous leases for outbound-only nodes using their reported public control-plane URL. Remote Windows node `ifcm-rufms-s-mo1cr` resolved 3/3 peers to `relay_ready` through `http://94.141.118.222:19191`, while service/RDP/VPN payload forwarding remains disabled. Release `0.1.3` is published for Docker and Windows `windows_service` artifacts, and `install-windows` now installs a per-node Scheduled Task updater for future Windows node-agent updates. - C17Z22 updater observability and Windows host-agent self-update staging are implemented and test-proven: `rap-host-agent` reports `phase=plan`, `status=noop` for already-current/no-op plans, update state is scoped per product so `rap-node-agent` and `rap-host-agent` do not overwrite each other's current version, and the Windows updater wrapper runs short one-shot cycles that can apply staged `rap-host-agent.exe.next` before the next update check. Release `rap-host-agent 0.1.3` is published for `linux_binary` and `windows_binary`; Docker updater containers on `test-1/2/3` report no-op plans. - Installation Authority foundation is implemented: production requires strict Product Root public key config, first-owner bootstrap uses signed Ed25519 activation manifests, `installation_authority` and signed `platform_role_grants` are persisted, and strict platform-admin checks ignore direct `users.platform_role` database edits without a valid signed grant. Web-admin exposes installation status/first-owner bootstrap, and `scripts/installation/product-root-tool.go` generates keys/manifests for offline product-root operations. - Cluster Authority and node enrollment bootstrap are docker-test lifecycle smoke-proven in run `dev-bootstrap-20260428-201430`: a fresh dev install bootstrapped the first owner, created a cluster, issued a signed join token, accepted real `rap-node-agent` enrollment, owner-approved the join request, agent-polled signed bootstrap, persisted cluster authority pin, heartbeated, and verified signed `c17z18.synthetic.v1` Control Plane config. Production service payload forwarding remains unavailable. - Migration `000021_cluster_authority_keys` drops/recreates `cluster_admin_summaries` because fresh replay proved PostgreSQL cannot change that view layout via `CREATE OR REPLACE VIEW`. - `rap-node-agent` desired-workload polling/status reporting is gated by `RAP_WORKLOAD_SUPERVISION_ENABLED=false` by default while service runtime supervision remains a stub. - C18 VPN/IP tunnel service target design is completed as documentation only. - C18A VPN/IP tunnel control-plane data model foundation is implemented and backend-test-proven. - C18B VPN/IP tunnel lease/fencing hardening is implemented and backend-test-proven. - C18C VPN/IP tunnel node-agent desired-state consumption/reporting is implemented and backend-test-proven. - No next platform-core implementation step is automatically authorized after C17Z20. The next mesh layer should stay limited to route-health feedback refresh dampening/no-change cooldown unless the user explicitly chooses another staged task. - Latest RDP performance reference image: `rap-rdp-worker:rdp-perf6-dirty-region` - Stage 5.2 file-download runtime artifacts remain preserved for when RDP work resumes, but they are not the active next task. - Do not use `docker.cin.su` for this project unless explicitly requested for a separate one-off check. ### Backend - Go - PostgreSQL = source of truth - Redis = live coordination / routing only - REST for control plane - WebSocket for live session channel ### Worker - C++ worker - FreeRDP integration - worker runtime hides FreeRDP details from backend - The C++ worker remains the primary RDP runtime. - Target RDP performance direction: `docs/architecture/RDP_SERVICE_CPP_PERFORMANCE_TARGET.md`. - The RDP performance rewrite scope is limited to C++ RDP service adapter internals. It must not redesign backend control plane, cluster transport, organizations, leases, or session lifecycle. - The C# RDP service skeleton is inactive research scaffolding and is not the current runtime direction. - Current RDP Adapter baseline: RDP-Perf-6 dirty-region direct binary rendering is completed and smoke-proven on `docker-test`. RDP work is paused by product decision; next active work is Fabric Core / cluster foundation. - P3/P3.1 security-readiness foundation exists: production mode rejects plaintext credential-like resource metadata, requires `secret_ref` for RDP/VNC/SSH resources, and has an encrypted PostgreSQL-backed resource secret storage/resolver MVP. P3.2 direct-worker TLS/PKI guard exists. - P3.3 production-like test-stand smoke is complete on `docker-test`: backend runs in `APP_ENV=production` with a test-only secret key file, a secret-backed RDP resource starts real sessions through the resolver path, metadata/audit do not contain plaintext credentials, and backend gateway fallback remains available when direct worker WSS trust is `smoke_insecure`. - P3.4 production direct-worker WSS trust model is documented in `docs/architecture/PRODUCTION_DIRECT_WORKER_WSS_TRUST.md`; it defines platform CA/public CA behavior, worker certificate SAN/identity requirements, app-local Windows trust direction, rotation/revocation, and the future `platform_ca` smoke plan. No RDP runtime behavior changed in P3.4. - P3.5 app-local platform CA trust is implemented and runtime-proven on `docker-test`: Windows client validates direct worker WSS with an app-local platform CA bundle, keeps hostname/SAN validation enabled, selects `direct_worker_wss` without insecure TLS bypass, and falls back to backend gateway for unknown CA / smoke-only production cases. - P3.6 stale Redis worker/live event idempotency is implemented and runtime-proven: stale worker events for terminal PostgreSQL sessions are ignored, backend restart survives stale Redis events, and terminal sessions are not reopened. - Stage 5.2 server-to-client file download core data path is runtime-proven: direct worker WSS and backend gateway fallback both download text/binary files from `RAP_Transfers\ToClient` with matching size/hash, and direct policy blocking is proven for `disabled` and `client_to_server`. Lifecycle blocking is also runtime-proven for detach, old-client takeover, and worker failure. Runtime report: `artifacts/stage5-2-file-download-runtime-report.md`. - Stage 5.2 is not fully accepted yet. Remaining proof: Windows desktop UI download path and regression matrix for rendering/input/clipboard/upload/ reconnect/takeover. ### Clients - future native clients: - Windows: native desktop client first - Linux: native desktop client later - web UI is admin/control plane, not the primary power-user client ## Final architecture direction The long-term target architecture is documented in: - `docs/architecture/SECURE_ACCESS_FABRIC_TARGET.md` - `docs/architecture/CLUSTER_NODE_ADMIN_FOUNDATION.md` - `docs/architecture/WEB_INGRESS_AND_ADMIN_UI_MODEL.md` This document defines the target Secure Access Fabric architecture only. It is not the current implementation scope and must not be used as permission to start mesh, VPN, multi-cluster, updater, or realtime data-plane migration work without an explicit staged prompt. `CLUSTER_NODE_ADMIN_FOUNDATION.md` defines the next platform-core planning baseline for clusters, node enrollment, native node-agent identity, platform admin console, multi-cluster administration, and future organization admin visibility. It is a staged foundation document, not permission to implement mesh packet routing or VPN runtime. `WEB_INGRESS_AND_ADMIN_UI_MODEL.md` defines WEB as HTTP/HTTPS ingress and Admin UI presentation only. Cluster configuration remains Control Plane ownership through scoped APIs, PostgreSQL source-of-truth mutations, and audit. Dynamic pages must be safe schema-driven projections and must not embed internal topology, peer caches, route caches, secrets, raw credentials, or arbitrary executable code. Admin endpoint placement is explicit. Fabric Storage / Config Storage nodes do not automatically host or move the cluster panel. Platform Owner Console remains global platform-owner scope. Cluster Admin Endpoint requires explicit admin/web ingress role assignment, cluster health/trust readiness, and Control Plane authorization. Organization Admin Panel remains a tenant-safe projection. The final platform must support: 1. Multi-tenancy / Organizations - platform has many organizations - each organization has isolated users, groups, resources, policies, audit, connectors - users may belong to multiple organizations - organization admins only see their organization - platform admins see platform scope 2. Identity federation - local users - LDAP / Active Directory - OIDC - future extensibility for more identity sources - access mappings based on external groups / claims 3. Cluster of nodes - no mandatory single central node - many nodes across many sites - nodes can be platform-managed or customer-managed - customer-managed nodes are sandboxed cluster participants, not full cluster owners 4. Node agent - small stable always-running agent on every node - supervises services - downloads updates - verifies signed artifacts - can rollback to previous version - can restart crashed services - can work on thin or thick nodes 5. Service-based node model Each node is not monolithic. A node has: - capabilities: what it can do physically/technically - enabled services: what it is allowed/assigned to do Possible services include: - ingress-gateway - mesh-router - relay - connector-host - vpn-adapter - session-worker - media-relay - file-relay - update-cache - config-replica - audit-sink - metrics-exporter 6. Cluster mesh and routing - encrypted inter-node communication - dynamic topology - no need for full mesh - multi-hop routing allowed - route failover - client failover between ingress nodes - connector failover between nodes 7. Split-brain prevention - quorum-based cluster behavior - minority partition must not become a second authoritative cluster - degraded / recovery / isolated modes - manual recovery / promote decision by platform recovery admin 8. Connector / VPN layer - connectors are reusable network access methods - one connector may be used by multiple resources - connector placement and failover are controlled by policy - nodes may be allowed or disallowed to host connectors - direct access, VPN, relay and future egress modes must fit this model 9. Future exit mode - split tunnel - full tunnel - internet access through cluster - not first implementation priority ## Non-negotiable design rules - Do not rewrite proven session lifecycle carelessly. - Do not turn Redis into a source of truth. - Do not make certificate-ignore a global worker setting. - Do not make customer-managed nodes platform-wide trusted by default. - Do not create a separate cluster per organization. - Do not assume a single permanently reachable central node. - Do not rely on “secret protocol with no docs” as security. - Security must come from crypto, auth, isolation, policy and observability. - Prefer incremental evolution from current proven system. - Do not collapse platform control plane and data plane into one vague layer. ## Implementation strategy The codebase must evolve in phases. Current implementation focus remains: - RDP work is paused by product decision - preserve the accepted RDP Adapter baseline and Stage 5.x file-transfer work - do not delete or rewrite the current RDP MVP while platform-core work starts - C1-C9 platform-core foundations are implemented and verified: clusters, node enrollment, node-agent scaffold, platform admin console, workload supervision contract, mesh control-plane prep, mesh skeleton, multi-cluster hardening, and organization admin foundation - C10 Fabric Core configuration distribution design is completed - C11 signed scoped cluster snapshot model is completed - C12 node local state store is completed - C13 Fabric Storage / Config Storage service foundation is completed - C14 peer directory and cache model is completed - C15 Fabric Routing Engine skeleton is completed - C16 secure node-to-node channel lifecycle is completed - C17 mesh routing runtime implementation plan is completed - C17A synthetic mesh runtime skeleton is implemented and test-proven with synthetic fabric messages only, no RDP/VPN/production service traffic - C17B route health and failover probes are implemented and test-proven with synthetic traffic only, no RDP/VPN/production service traffic - C17C relay semantic hardening is implemented and test-proven with synthetic channel classes only, no RDP/VPN/production service traffic - C17D non-production test-service path is implemented and test-proven with bounded `synthetic.echo` traffic only, no RDP/VPN/production service traffic - C17E live node-to-node synthetic HTTP transport is implemented and smoke-proven with synthetic traffic only - C17F scoped synthetic route config loading and route-health reporting is implemented and smoke-proven with synthetic traffic only - C17G Control Plane scoped synthetic config read/consume is implemented and test-proven with synthetic traffic only - C17H deployed multi-agent synthetic config smoke is implemented and runtime-proven on `docker-test` with synthetic traffic only - C17I production forwarding gate foundation is implemented and test-proven; production forwarding remains unavailable - C17J production envelope contract validation is implemented and test-proven; production forwarding remains unavailable - C17K production envelope observation is implemented and test-proven; production forwarding remains unavailable - C17L bounded production observation sink is implemented and test-proven; production forwarding remains unavailable - C17M production observation sink wiring is implemented and test-proven; production forwarding remains unavailable - C17N production observation sink metrics are implemented and test-proven; production forwarding remains unavailable - C17O production observation sink local metrics logging is implemented and test-proven; production forwarding remains unavailable - C17P production observation sink change-driven metrics logging is implemented and test-proven; production forwarding remains unavailable - C17Q production forwarding gate/runtime log boundary is implemented and test-proven; production forwarding remains unavailable - C17R production observation sink capacity guard is implemented and test-proven; production forwarding remains unavailable - C17S production observation panic fail-closed hardening is implemented and test-proven; production forwarding remains unavailable - C17T production envelope payload boundary is implemented and test-proven; production forwarding remains unavailable - C17U production envelope created-at skew boundary is implemented and test-proven; production forwarding remains unavailable - C17V peer endpoint candidate model and NAT/connectivity hints are implemented and test-proven; production forwarding remains unavailable - C17W peer endpoint candidate scoring model is implemented and test-proven; production forwarding remains unavailable - C17X health-aware endpoint candidate scoring overlay is implemented and test-proven; production forwarding remains unavailable - C17Y Platform Owner synthetic mesh visibility is implemented and build/test-proven; production forwarding remains unavailable - C17Z production fabric-control direct forwarding is implemented and test-proven; production service traffic remains unavailable - C17Z1 production fabric-control multi-hop route-path forwarding is implemented and test-proven; production service traffic remains unavailable - C17Z2 production fabric-control forwarding observability is implemented and test-proven; production service traffic remains unavailable - C17Z3 production fabric-control route-config boundary is implemented and test-proven; production service traffic remains unavailable - C17Z4 scoped peer directory/recovery seed boundary is implemented and test/build-proven; production service traffic remains unavailable - C17Z5 node-agent peer cache runtime boundary is implemented and test-proven; production service traffic remains unavailable - C17Z6 dynamic endpoint reporting boundary is implemented and test-proven; production service traffic remains unavailable - C17Z7 private/corporate endpoint candidate boundary is implemented and test-proven; production service traffic remains unavailable - C17Z8 peer connection state machine boundary is implemented and test-proven; production service traffic remains unavailable - C17Z9 peer recovery planner boundary is implemented and test-proven; production service traffic remains unavailable - C17Z10 peer connection intent planner boundary is implemented and test-proven; production service traffic remains unavailable - C17Z11 peer connection manager runtime boundary is implemented and test-proven; production service traffic remains unavailable - C17Z12 rendezvous/relay control-plane contract is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z13 rendezvous lease telemetry is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z14 rendezvous lease refresh contract is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z15 backend relay replacement policy is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z16 route/path decision artifact is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z17 node-side route generation tracker is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z18 synthetic route-health effective path runtime is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z19 synthetic route-health feedback scoring is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z20 node-side route-health feedback refresh is implemented and docker-test-runtime-proven; production service traffic remains unavailable - C17Z21 node installation/update control-plane is implemented and docker-test-runtime-proven for Docker nodes; production service traffic remains unavailable - C17Z22 Windows host-agent install/update supervision is implemented and runtime-proven on the remote Windows node; production service traffic remains unavailable - C17Z23 update observability is implemented in backend/admin UI: per-node updater status history is exposed and deployed on docker-test, so node-agent and host-agent update activity can be audited from node details - C17Z24 combined updater reporting is implemented and docker-test-proven: Linux/Docker `rap-host-agent update-loop` now also polls/reports `rap-host-agent` status, release `0.1.4` is published for node-agent and host-agent artifacts, and docker-test nodes `test-1/2/3` auto-updated to node-agent `0.1.4` while reporting host-agent `0.1.4` no-op status. - C17Z25 Windows updater repair visibility is implemented in admin UI: node details / Updates now shows a ready CMD repair command for existing Windows nodes using `http://vpn.cin.su:19191/api/v1`, `--replace`, and `--auto-update-current-version 0.0.0` so a stale updater wrapper can be recreated without a new join token. - C17Z26 updater fleet visibility is implemented in admin UI: the node list now shows per-node updater status based on latest `rap-node-agent` and `rap-host-agent` reports, explicitly flagging missing host-agent reports, stale update reports, or update errors before opening node details. - C17Z27 backend version-state projection is implemented and deployed on docker-test: node list responses now derive `version_state` from active `rap-node-agent` desired policy plus latest update report. Docker/Linux nodes on `0.1.4` show `current`; the remote Windows node still on `0.1.3` shows `outdated` while remaining heartbeat-healthy. - C17Z28 Windows updater loop hardening is implemented and partially docker-test-proven via release `0.1.5`: Windows host-agent updater scripts now run combined `update-loop --max-runs 1`, and Windows `update-loop` also polls/applies `rap-host-agent` updates. Release `0.1.5` artifacts are published for Docker/Linux and Windows; docker-test nodes `test-1/2/3` updated to `rap-node-agent 0.1.5`. Existing remote Windows nodes with stale pre-0.1.5 updater wrapper still require one repair command from admin UI to replace their local wrapper, after which automatic polling should continue. - Admin UI now marks missing host-agent updater reports as `repair updater` in the node list and explains in node details / Updates when to run the Windows repair command. The command uses the external fabric control endpoint and does not require a join token for already enrolled Windows nodes. - Admin UI node details / Updates also provides a ready downloadable `rap-repair-updater-.cmd` plus copy-command action for Windows repair, reducing operator copy/paste mistakes on remote Windows hosts. - Windows repair command generation was hardened after the first remote repair: foreground `update-loop` now includes explicit `--node-id`, copies any staged `rap-host-agent.exe.next` over the main host-agent binary after the one-shot loop exits, deletes the staged file, and runs the updater scheduled task. The node list now distinguishes `host-agent staged` from generic stale/error. - C17Z29 Windows persistent updater repair is implemented in `rap-host-agent` release `0.1.6`: `install-windows` accepts `--node-id` and writes that node id into the persistent Windows updater wrapper so Scheduled Task polling no longer depends on finding `identity.json` in the expected state directory. Docker-test nodes `test-1/2/3` updated to `0.1.6`; existing Windows and off-host Docker nodes still need their local updater wrappers to pick up the 0.1.6 host-agent repair path. - C17Z30 operator-configured public mesh endpoints are implemented and docker-test-deployed: desired `fabric-listener.advertise_endpoint` is now projected into peer endpoint candidates for other nodes and preferred over auto-discovered private heartbeat endpoints. `home-1` (`8ad04829-cd30-4290-913d-1ce5c7ef7bb3`) is configured with `listen_addr=0.0.0.0:19131`, `advertise_endpoint=quic://94.141.118.222:19199`, `connectivity_mode=direct`, `nat_type=port_restricted`, `region=home`. `test-1` synthetic config now receives `home-1` peer endpoint `quic://94.141.118.222:19199`; internal `192.168.200.85:19131` responds on the fabric listener while external `94.141.118.222:19199` still needs UDP forwarding, so router/firewall correction remains outside the platform. - C17Z31 offsite bootstrap peer selection is implemented and docker-test deployed: operator-configured public/direct desired fabric-listener endpoints are kept in core-mesh bootstrap even after the default warm-peer target is reached. This fixes the case where remote Windows node `ifcm-rufms-s-mo1cr` received only `test-*` warm peers and no `home-1`. Its synthetic config now includes `home-1` endpoint `quic://94.141.118.222:19199` and candidates ordered as operator public, heartbeat advertised public, then private LAN converted to relay-required for offsite. External UDP reachability to `94.141.118.222:19199` still needs verification while internal `192.168.200.85:19131` succeeds, so the next network validation is an offsite QUIC/UDP probe against port `19199`. - C17Z32 native Ubuntu/Linux service install is implemented and docker-test deployed: backend exposes `/node-agents/linux-install-profile`, host-agent supports `install-linux`, installs `rap-node-agent` under `/opt/rap/`, state under `/var/lib/rap/nodes/`, config under `/etc/rap/`, creates `rap-node-agent-.service`, and creates a persistent `rap-host-agent-updater-.service` for automatic node-agent and host-agent updates. Release `0.1.7` is published for `rap-node-agent` (`linux_binary`, `windows_service`) and `rap-host-agent` (`linux_binary`, `windows_binary`). Admin UI now has an `Ubuntu service` install profile and generates profile-based `install-linux` commands. A one-use token for `vps-ubuntu-1` is active until 2026-05-02T08:41:41Z: `rap_join_a23Xhz63YstshWUBAPGPz5fzQ8YpHDP05RXaaYa4DoA`; scope roles are `core-mesh` and `relay-node`, fabric control endpoint is `http://vpn.cin.su:19191/api/v1`, artifact endpoint is `http://vpn.cin.su:19191/downloads`. - Admin UI and docs now cover the full Windows updater operational workflow: node details shows an `Updater health` summary, generated repair CMD prints scheduled-task and binary diagnostics before/after repair, applies staged host-agent binaries, restarts the updater task, and README documents first install, repair without join-token, system-task/user-task behavior, staged host-agent recovery, and reboot/autostart verification. - Cluster Authority plus node enrollment bootstrap polling are docker-test lifecycle-smoke-proven; fresh install migration replay is fixed for `cluster_admin_summaries` - C18 VPN/IP tunnel service target design is completed as documentation only - C18A VPN/IP tunnel control-plane data model foundation is implemented and backend-test-proven - C18B VPN/IP tunnel lease/fencing hardening is implemented and backend-test-proven - C18C VPN/IP tunnel node-agent desired-state consumption/reporting is implemented and backend-test-proven - Version Storage / Update Repository is documented as a future Fabric Core service for signed release manifests, OS/arch artifacts, stable/current/candidate channels, update-cache mirroring, node-agent update supervision, rollback, and explicit data-structure migration bundles. Runtime updater behavior is partially implemented for the current Docker and Windows node-agent/host-agent paths; broader staged rollout policy and service payload forwarding remain separate work. - no next platform-core implementation step is automatically authorized after C17Z20; choose the next narrow staged prompt explicitly before continuing - preserve the proven RDP lifecycle behavior - keep the current backend gateway available as the active/fallback implementation path - accepted VPN data-plane target: the phone/client connects only to an available entry node; the entry node uses the existing mesh/fabric route to a selected exit node/pool, and the exit node handles LAN/internet egress. Nodes behind NAT may participate when they can maintain outbound mesh/control sessions. Backend packet relay must remain a compatibility/fallback path, not the desired steady-state path. - C18D VPN-over-fabric foundation is implemented and docker-test-started: VPN client profiles include `vpn_fabric_route` with entry pool, exit pool, selected entry/exit, preferred `fabric_mesh` data-plane, and `backend_relay` fallback. Node-agent `0.2.39` adds a dedicated production `vpn_packet` channel (`vpn.packet_batch`, 256 KiB batch limit), destination delivery hook, `vpnruntime.FabricPacketTransport`, and `vpn_fabric_packet_transport` heartbeat capability. `home-1` auto-updated to `0.2.39`; other nodes have automatic desired policy `0.2.39` and should move as their updater loops pick it up. Live Android VPN traffic still uses backend relay until entry-node client ingress is wired to the fabric transport. - C18E VPN-over-fabric route contract is backend-deployed on docker-test as `rap-backend:test-vpn-fabric-route-0.2.41`: when a VPN client profile selects different entry and exit nodes, backend now ensures two active `mesh_route_intents` with service_class `vpn_packets` and allowed channel `vpn_packet`. The live HOME profile currently selects `usa-los-1` as entry and `home-1` as exit when `entry_node_id=b829ffde-...` is requested, and the synthetic config for both nodes includes the two `vpn_packet` routes. Existing fallback remains `backend_relay`; production forwarding gate is still disabled on old/live remote nodes until their runtime is explicitly updated/enabled. - External/offsite updater gap found and fixed for version `0.2.40`: native `rap-node-agent` binaries for `linux_binary`, `linux_service`, and `windows_service` plus matching `rap-host-agent` binaries are copied under `/downloads` and registered in channel `dev-external`. Update plans for `usa-los-1` (`linux_binary`) and `ifcm-rufms-s-mo1cr` (`windows_service`) now return `action=update`, `target_version=0.2.40` instead of `no_matching_artifact`. - C18F production-forwarding gate work is partially live: backend `rap-backend:test-vpn-fabric-route-0.2.42` signs node synthetic configs with `production_forwarding=true` / `control_plane_only=false` when the node's desired `fabric-listener` workload has `production_forwarding_enabled=true`. `home-1` and `usa-los-1` desired fabric-listener configs have this flag enabled. Node-agent `0.2.44` accepts signed production-forwarding mesh configs and host-agent `0.2.44` fixes Docker updater behavior so synthetic mesh runtime is not disabled on Docker updates. Runtime status: `usa-los-1` reports `mesh_production_forwarding=true`; `home-1` reports `0.2.44` and synthetic runtime enabled, but its listener report is still `disabled/listen_addr_empty`, so `home-1` is not yet a usable production fabric endpoint. Next action is to repair why `home-1` is not applying the signed fabric-listener config (`listen_addr=0.0.0.0:19131`) after Docker updater restart. - C18G VPN-over-fabric runtime path is live-tested on docker-test. Backend is deployed as `rap-backend:test-vpn-fabric-route-0.2.43`; VPN route intents now allow both `vpn_packet` data and `fabric_control` health probes. Node-agent `0.2.47` fixes initial production VPN packet envelope hop addressing and reports the matching version. `home-1` and `usa-los-1` both report `0.2.47`, healthy, listener `0.0.0.0:19131`, and `mesh_production_forwarding=true`. Live route health is reachable in both directions (`usa-los-1 -> home-1` around 200 ms, `home-1 -> usa-los-1` around 200-415 ms). A direct live POST to `http://195.123.240.88:19131/api/v1/clusters/.../vpn-connections/.../tunnel/client/packets` returns `202 Accepted`, proving entry-node VPN packet ingress can forward over fabric to the home exit. The HOME VPN placement policy now has entry pool `[usa-los-1, home-1]` and exit `home-1`; client profile with preferred `usa-los-1` selects `usa-los-1 -> home-1`. - C18H live VPN triage on 2026-05-04: `home-1` and `usa-los-1` report node-agent `0.2.48`, healthy heartbeats, active HOME VPN assignment on `home-1`, and `packet_forwarding=true` / `runtime_available=true`. Manual packet tests through the USA entry proved the path Android-style packet -> `usa-los-1` -> fabric -> `home-1` -> LAN/DNS -> fabric -> `usa-los-1` -> client can return ICMP and DNS replies. The remaining live symptom was the phone not sending fresh packets to the current entry after the backend relay queue was cleared. Android VPN app `0.2.59` was built and published to `/downloads/rap-android-rdp-vpn-latest-debug.apk`; it normalizes old saved backend URLs (`vpn.cin.su:19191`, `94.141.118.222:19191`, `192.168.200.61:18080`, etc.) to the current USA entry backend `http://195.123.240.88:19131/api/v1` and shows app version, device id, and connection id in the header for live log correlation. - C18I fabric service-channel foundation is live on 2026-05-07. Backend, node-agent, and Android VPN release `0.2.159` are published. VPN profiles now include a signed `rap.fabric_service_channel_lease.v1` with `entry_direct_http_v1` packet and WebSocket templates. Android consumes this lease and sends service-channel headers. The `usa-los-1` entry endpoint validates the cluster-authority signed lease payload and token hash; a live smoke through `http://195.123.240.88:19131/.../fabric/service-channels/...` succeeded with a valid lease and rejected a bad token with `403`. Current HOME profile selects `usa-los-1` as entry and `home-1` as exit; both nodes report `0.2.159`. Docker-test nodes `test-1`, `test-2`, and `test-3` also report `0.2.159`. `ifcm-rufms-s-mo1cr` is still on `0.2.119`; it has staged the host-agent `0.2.159` update and should finish on the next Windows updater loop/restart. - C18J fabric service-channel runtime route-manager slice is live on 2026-05-07 as node/host-agent `0.2.162`. The entry-node `FabricClientPacketIngress` now preserves its runtime object across synthetic config refreshes, so heartbeat telemetry reports the same ingress object that serves HTTP/WebSocket service-channel traffic. It tracks send/receive batches, route attempts/failures, selected route/next hop, local-gateway fallback, and inbox queue depths. `SendClientPacketBatch` now retries all valid `vpn_packet` route candidates with sticky preference before backend relay is allowed as degraded compatibility fallback. Release `0.2.161` was superseded because its Docker tar was rebuilt after registration; `0.2.162` is the clean published release with matching artifact hashes. Docker-test `test-1/2/3`, `usa-los-1`, and `ifcm-rufms-s-mo1cr` report `0.2.162`; `home-1` is healthy and still on `0.2.161` awaiting its next updater loop. Live smoke through `http://195.123.240.88:19131/.../fabric/service-channels` returned `202` and `usa-los-1` telemetry then showed route attempts, one route failure, and selected next hop `home-1`, proving live ingress telemetry and alternate-route retry are active. - C18K service-neutral flow/channel scheduler is live on 2026-05-07 as node/host-agent `0.2.163`. The VPN proving service still carries universal IP packets and does not route by application protocol, but the entry runtime now hashes packets by IP 5-tuple, or packet hash for non-IP/invalid packets, into 32 logical `flow-*` channels. Each channel has bounded queue accounting, high-watermark/backpressure/dropped telemetry, and batches are fanned out per logical channel before being sent through the same fabric route-manager. Live smoke against `usa-los-1` posted two different IP flows through the signed service-channel endpoint and heartbeat reported `send_packets=2`, `send_flow_batches=2`, `flow_scheduler.channel_count=2`, `enqueued=2`, `dequeued=2`, `dropped=0`, with queue depths for `flow-12` and `flow-14`. All six current cluster nodes (`home-1`, `usa-los-1`, `ifcm-rufms-s-mo1cr`, `test-1`, `test-2`, `test-3`) report node-agent `0.2.163` and healthy. - C18L active flow scheduling telemetry is live on 2026-05-07 as node/host-agent `0.2.164`. Each `flow-*` channel now keeps route memory, served count, last served time, last route/next hop, failed-route marker, consecutive failures, stall count, last send duration, and explicit `route_rebuild_recommended` / `degraded_fallback_recommended` signals. The scheduler drains non-stalled channels first, prefers less-served/older channels, avoids a channel's last failed route on the next send, and only marks degraded fallback after repeated failures. Live smoke against `usa-los-1` posted two IP flows through the signed service-channel endpoint: heartbeat reported schema `c18l.fabric_service_channel_runtime_report.v1`, `send_packets=2`, `send_flow_batches=2`, `flow_scheduler.channel_count=2`, `dropped=0`, `backpressure=false`, `last_next_hop=home-1`, and per-flow `served=1`. One stale candidate route failed and was bypassed before the successful route to `home-1`. All six current cluster nodes (`home-1`, `usa-los-1`, `ifcm-rufms-s-mo1cr`, `test-1`, `test-2`, `test-3`) report node-agent `0.2.164` and healthy. - C18M Control Plane service-channel feedback is live on 2026-05-07. Backend image `rap-backend:fabric-service-channel-0.2.165` is deployed on docker-test, and node/host-agent `0.2.165` artifacts are published. When issuing `rap.fabric_service_channel_lease.v1`, backend now reads fresh entry-node heartbeat metadata `fabric_service_channel_runtime_report.ingress.flow_scheduler.channel_stats`, builds per-route service-channel feedback, boosts recently successful routes, penalizes recent failures, and fences routes that report `route_rebuild_recommended`, `degraded_fallback_recommended`, or repeated consecutive failures. Fenced routes are not selected as primary or alternate; if all selected entry/exit routes are fenced, the lease uses explicit degraded compat fallback with reason `fabric_routes_fenced_by_service_channel_feedback`. Live smoke created two short-lived `test-1 -> test-2` route intents, injected a fresh service-channel flow feedback heartbeat marking the higher-priority route as rebuild-required, and the next lease selected the lower-priority healthy route with score reason `service_channel_recent_success`; the bad route was not offered as an alternate. Current node rollout: `home-1`, `usa-los-1`, `test-1`, `test-2`, and `test-3` report `0.2.165`; Windows `ifcm-rufms-s-mo1cr` remains healthy on `0.2.164` and should move on its next updater cycle. - C18N durable service-channel route feedback is live on 2026-05-07. Backend image `rap-backend:fabric-service-channel-0.2.166` is deployed on docker-test with migration `000025_fabric_service_channel_route_feedback`. Heartbeats now persist service-neutral route observations into `fabric_service_channel_route_feedback_observations` and maintain an expiring latest view in `fabric_service_channel_route_feedback_latest`. Lease selection reads this durable latest feedback before falling back to in-memory heartbeat parsing, so route fencing survives backend restarts and stale heartbeat replacement. Node/host-agent `0.2.166` artifacts and Docker image are published, update policies target `0.2.166`, and `test-1/2/3`, `usa-los-1`, and `ifcm-rufms-s-mo1cr` report `0.2.166`; `home-1` is healthy but still on `0.2.165` until its next updater cycle. Live smoke created two short-lived `test-1 -> test-2` routes, persisted a fenced observation for the higher-priority bad route and a healthy observation for the lower-priority route, restarted backend, and the next lease selected the healthy route with `service_channel_recent_success`. - C18O service-channel feedback diagnostics and synthetic route avoidance are live on 2026-05-07. Backend image `rap-backend:fabric-service-channel-0.2.167` is deployed on docker-test and web-admin is rebuilt/published. Admin/API now expose fresh durable feedback through `GET /clusters/{clusterID}/fabric/service-channels/route-feedback`, and each node synthetic config includes `service_channel_route_feedback` with healthy/degraded/fenced counts and observations. Synthetic config generation skips routes fenced by the local node's durable service-channel feedback, so nodes stop receiving known-bad route configs while the feedback is active. Live smoke created fresh `test-1 -> test-2` routes, persisted `fenced` feedback for the higher-priority route and `healthy` feedback for the lower-priority route, confirmed the API returned both observations, and confirmed `test-1` synthetic config excluded the bad route while keeping the healthy route. - C18P proactive service-channel replacement decisions are live on 2026-05-07. Backend image `rap-backend:fabric-service-channel-0.2.168` is deployed on docker-test and web-admin is rebuilt/published. When synthetic config generation withholds a route fenced by local service-channel feedback, it now records a `route_path_decisions` item with `decision_source=service_channel_feedback_replacement`, `replacement_route_id`, effective replacement hops, and score reasons. If no alternate exists, the decision source becomes `service_channel_feedback_no_alternate` with visible score reason `no_unfenced_alternate_route`. Live smoke created fresh `test-1 -> test-2` bad/good routes, fenced the bad route, disabled older smoke routes, and confirmed `test-1` synthetic config excluded the bad route, kept the good route, and reported replacement from bad route to good route. - C18Q service-channel replacement dampening is live on 2026-05-07. Backend image `rap-backend:fabric-service-channel-0.2.169`, node/host-agent `0.2.169` artifacts, Docker image, update policies, and web-admin are published on docker-test. Replacement selection now gives a large stable preference to routes with active healthy durable feedback, adding `active_healthy_feedback_dampening_window` to score reasons, so a recently successful replacement wins over a higher-priority but unproven route until the feedback window expires or a newer fenced/healthy observation changes the state. `RoutePathDecisionReport` now includes `degraded_decision_count` for `service_channel_feedback_no_alternate`, and node-agent heartbeat reports include `replacement_route_id` and degraded counts after upgrade. Live smoke fenced a high-priority bad `test-1 -> test-2` route, supplied healthy feedback for a low-priority route, also created a higher-priority unproven route, and confirmed replacement selected the healthy route because of the dampening window. - C18Q hotfix `0.2.171` is published on 2026-05-07. Node-agent now includes `service_channel_route_feedback` in the signed synthetic config model before recalculating the authority payload hash. Without this, upgraded backend configs were signed correctly but `0.2.169` agents rejected them with `control-plane synthetic mesh config authority payload hash mismatch`. Regression coverage verifies a signed config containing durable service-channel feedback. Artifacts, Docker image, latest download aliases, and update policies were moved to `0.2.171`; `test-1/2/3` are running `0.2.171` and loading `source=control_plane` again. The release includes `linux_service`, Docker, Windows service, and binary artifacts so service installs can auto-update. Old C18 smoke/expired route intents were disabled after validation. - C18R fleet diagnostics/operator action slice is live on 2026-05-07. Backend image `rap-backend:fabric-service-channel-0.2.172` adds route feedback filters (`route_id`, `feedback_status`, `include_expired`) and `POST /clusters/{clusterID}/fabric/service-channels/route-feedback/expire`. The expire action is cluster-mutable/admin gated and marks latest feedback expired without deleting historical observations. Web-admin / Fabric Links now shows a cluster-level service-channel feedback panel with fenced, degraded, healthy and no-alternate counts, replacement/no-alternate decisions, and an operator `expire` action for stale non-healthy feedback. - C18S service-channel feedback churn guardrails are implemented on 2026-05-07. Operator expire now records `fabric.service_channel_route_feedback.expired` audit events, returns and persists a short `operator_retry_cooldown_until`, and route generation adds `service_channel_route_retry_after_operator_expire` when a manually expired route is being retried. During that cooldown, repeated non-healthy feedback from the same reporter/route/service is suppressed as `operator_retry_cooldown` instead of immediately fencing the route again. Web-admin shows the retry/cooldown state in Fabric Links. - C18T automatic rebuild decision contract is implemented on 2026-05-07. `RoutePathDecision` now carries `rebuild_request_id`, `rebuild_status`, `rebuild_reason`, and `rebuild_attempt`. When fenced service-channel feedback keeps failing outside manual retry cooldown, Control Plane records a bounded rebuild request. If an unfenced alternate exists, the decision is marked `rebuild_status=applied`; if not, it is `pending_degraded_fallback` and leases expose backend relay with reason `fabric_route_rebuild_pending_backend_relay`. Web-admin shows rebuild counts, status, and attempts in Fabric Links. A live smoke on docker-test created short-lived `test-1 -> test-2` bad/good routes, reported fenced feedback for the bad route and healthy feedback for the good route, and confirmed scoped synthetic config returned `service_channel_feedback_replacement` with `rebuild_status=applied` and `rebuild_attempt=3`. Node/host-agent `0.2.175` is published so agents preserve the new signed rebuild fields. - C18U node-agent route-manager rebuild consumption is live on 2026-05-07. Node-agent `0.2.176` now converts backend rebuild decisions into a service-channel route-manager snapshot, counts rebuild requests/applies, marks applied/pending-degraded routes as withdrawn, clears a withdrawn cached selected route, and excludes withdrawn routes from new service-channel route candidates. This keeps new flows from retrying a route that Control Plane has already rebuilt away from. Unit coverage verifies a bad route is skipped in favor of its replacement. Node/host-agent `0.2.176` artifacts, Docker image, latest download aliases, release manifests, and node policies are published. `test-1/2/3`, `usa-los-1`, and `ifcm-rufms-s-mo1cr` report `0.2.176`. Backend `rap-backend:fabric-service-channel-0.2.176` is deployed with a panel consistency fix: if a node reports the target version, stale failed update status no longer overrides `version_state=current`. - C18V route-manager churn telemetry is live on 2026-05-07. Node-agent `0.2.177` adds `route_manager_transition` to the service-channel runtime report with previous/current generation, transition status, decision counts, withdrawn/restored route counts, pending-degraded fallback count, rebuild applied count, and any cleared cached route. Tests cover applied rebuild replacement, pending degraded fallback with no alternate, and restoration by a fresh config so withdrawn routes do not become sticky local state. Artifacts, Docker image, latest download aliases, release manifests, and node policies are published. `test-1/2/3` run `0.2.177`; their heartbeat metadata exposes `rap.fabric_service_channel_route_manager_transition.v1`. - C18W live Control Plane/runtime verification is implemented and smoke-passed on 2026-05-07. Script `scripts/fabric/c18w-service-channel-route-manager-smoke.ps1` drives the whole loop against docker-test API: creates temporary service-channel route intents for `test-1 -> test-2`, injects fenced/healthy route feedback through heartbeat, verifies scoped config emits `rebuild_status=applied`, waits for node-agent heartbeat `route_manager_transition.status=applied_rebuild`, expires the feedback, verifies the restored config has no rebuild decision, and waits for `restored_by_new_config`. Result artifact: `artifacts/c18w-service-channel-route-manager-smoke-result.json` with run `c18w-20260507-173226`. During the smoke, operator expire exposed live pgx parameter issues; backend `rap-backend:fabric-service-channel-0.2.179` is deployed with safer UUID/text timestamp handling for feedback expire. - C18X logical-channel isolation and bounded backpressure coverage is implemented and smoke-passed on 2026-05-07. Node-agent/host-agent `0.2.180` artifacts, Docker image, latest download aliases, release manifests, and node policies are published. The key runtime fix is in `FabricClientPacketIngress.routeCandidatesForChannel`: a channel with a local failed-route avoid state no longer falls back to the global last selected route, so one degraded logical flow cannot drag unrelated flows back onto the failed path. Coverage proves independent logical-channel failover, bounded same-channel backpressure/drop telemetry, and packet-flow hashing. Script `scripts/fabric/c18x-service-channel-logical-channel-smoke.ps1` passes with result artifact `artifacts/c18x-service-channel-logical-channel-smoke-result.json` run `c18x-20260507-180647`. Test docker nodes `test-1/2/3` are running `rap-node-agent:0.2.180`; backend remains `rap-backend:fabric-service-channel-0.2.179`. - C18Y route-intent lifecycle cleanup is implemented and smoke-passed on 2026-05-07. Backend `rap-backend:fabric-service-channel-0.2.181` is deployed on docker-test, and web-admin Fabric Links now shows route-intent lifecycle counts/table with operator `expire` and `disable` actions. Route intents are enriched with `lifecycle_status`, `is_expired`, and `policy_expires_at`. Node-scoped synthetic mesh config now filters out expired policy routes, so stale smoke routes no longer get emitted to agents for route-health probing. API actions are available at `POST /clusters/{clusterID}/mesh/route-intents/{routeIntentID}/expire` and `/disable`. Script `scripts/fabric/c18y-route-intent-lifecycle-smoke.ps1` passed against docker-test API, result `artifacts/c18y-route-intent-lifecycle-smoke-result.json` run `c18y-20260507-192702`. During deploy, docker-test root disk was full from build cache/images; `docker builder prune -af` and `docker image prune -f` freed space before redeploy. - C18Z bounded service-channel load coverage is implemented, published, and smoke-passed on 2026-05-07. Node-agent/host-agent `0.2.181` artifacts, Docker image `rap-node-agent:0.2.181`, latest download aliases, release manifests, and update policies are published. `test-1/2/3` are restarted on `rap-node-agent:0.2.181`; `usa-los-1` also reports `0.2.181`. The key runtime fix is in `FabricFlowScheduler.Snapshot`: backpressure remains visible when bounded drops occurred, even after the queue drains. Coverage proves multi-channel rebuild away from a withdrawn primary route and per-channel bounded drop/high-water telemetry. Script `scripts/fabric/c18z-service-channel-load-smoke.ps1` passed against docker-test API, result `artifacts/c18z-service-channel-load-smoke-result.json` run `c18z-20260507-194616`. Release artifacts were corrected after initial publication to use backend-relative `/downloads/...` primary URLs plus internal/external mirror URLs, so offsite nodes resolve downloads through their own control-plane origin such as `http://vpn.cin.su:19191`. Current caveat: `ifcm-rufms-s-mo1cr` and `home-1` remained `version_state=failed` at the last check; their next update plan now points to reachable `0.2.181` artifacts, but the local updater loop still needs to retry/report success. - C18Z1 live service-channel ingress is implemented, published, and smoke-passed on 2026-05-07. Node-agent/host-agent `0.2.182` artifacts, Docker image `rap-node-agent:0.2.182`, release manifests, and update policies are published. Backend `rap-backend:fabric-service-channel-0.2.182` is deployed on docker-test. The runtime fix is a dynamic fabric listener handler: synthetic config refreshes now update `/mesh/v1/forward`, service-channel ingress, production routes, delivery inbox, and forward transport without requiring a port/listener restart. Backend route-feedback latest policy now prevents a fresh healthy heartbeat from immediately overwriting active degraded/fenced feedback before TTL expiry, so rebuild decisions survive long enough for nodes to apply them. Script `scripts/fabric/c18z1-live-service-channel-ingress-smoke.ps1` posts signed generic packet batches to the running `test-1` service-channel HTTP endpoint, waits both entry and exit runtime configs, verifies exit inbox delivery, injects route feedback, observes Control Plane rebuild, waits node `applied_rebuild`, sends a second batch over the replacement route, and expires both temporary route intents. Result: `artifacts/c18z1-live-service-channel-ingress-smoke-result.json` run `c18z1-20260507-203628`. All current nodes report `0.2.182/current` at the last check. - C18Z2 live service-channel sustained soak/failure smoke is implemented and passed on 2026-05-07 without a new runtime release. Script `scripts/fabric/c18z2-live-service-channel-soak-smoke.ps1` drives signed generic packet batches through the running `test-1` service-channel HTTP endpoint, keeps temporary primary/alternate `test-1 -> test-2` route intents visible, restarts the exit-node container `rap_test_node_test_2`, waits for the exit runtime to reload synthetic config, and verifies recovery batches reach the exit fabric inbox after the restart. Result: `artifacts/c18z2-live-service-channel-soak-smoke-result.json` run `c18z2-20260507-205112`: warm batches `6/6`, during-restart batches `3/3`, recovery batches `8/8`, exit inbox depth grew from post-restart baseline `0` to `88`, drops `0`, and both temporary route intents expired. - C18Z3 live service-channel entry/WebSocket/degraded-fallback smoke is implemented, published, and passed on 2026-05-07. Node-agent/host-agent `0.2.183` artifacts and Docker image `rap-node-agent:0.2.183` are published to docker-test downloads; update policies for `test-1/2/3` are set to `rolling` target `0.2.183`, and the test containers run that image. The runtime fix makes the entry node honor the signed service-channel lease authority: leases with `status=degraded_fallback` or `primary_route.status=missing_route_intent` now force compat fallback instead of reusing stale generic route candidates. The same fallback rule is applied to HTTP and WebSocket packet ingress. Script `scripts/fabric/c18z3-live-service-channel-entry-ws-fallback-smoke.ps1` verifies signed HTTP warm batches, WebSocket ingress parity, entry-node container restart while the lease exists, recovery batches over the same lease, explicit degraded fallback for a no-route exit, and route-intent expiry. Result: `artifacts/c18z3-live-service-channel-entry-ws-fallback-smoke-result.json` run `c18z3-20260507-211402`: warm `4/4`, WebSocket packets `8`, recovery `4/4`, compat fallback queue `0 -> 8`, route failures `0`, and all checks passed. During publication the first `0.2.183` Docker tar had a malformed entrypoint and stale size/hash metadata; it was rebuilt, the latest tar alias was replaced, and the release artifact row was corrected to sha256 `231286cf5860b22cf8ca6550f67f61b0ca4b5011ab9b09995bcabbafe883fee1`, size `7261696`. - C18Z4 live service-channel long-session pressure smoke is implemented and passed on 2026-05-07 without a new runtime release beyond `0.2.183`. Script `scripts/fabric/c18z4-live-service-channel-session-pressure-smoke.ps1` opens one signed long-lived service-channel WebSocket from `test-1` to `test-2`, sends 48 packet batches / 384 packets, expires the primary route intent while the WebSocket session is still active, waits for dynamic synthetic-config refresh, and verifies the remaining packets use the alternate route. Result: `artifacts/c18z4-live-service-channel-session-pressure-smoke-result.json` run `c18z4-20260507-212748`: exit inbox depth `0 -> 384`, route failure delta `0`, flow drop delta `0`, compat fallback queue `0 -> 0`, primary route removed from entry/exit configs, alternate route selected after the switch, and both route intents expired. This proves the shared Fabric Service Channel can keep a service session alive while Control Plane changes the live route set, without falling back to backend relay. - C18Z5 live service-channel exit-restart smoke is implemented and passed on 2026-05-07 without a new runtime release beyond `0.2.183`. Script `scripts/fabric/c18z5-live-service-channel-exit-restart-smoke.ps1` keeps one signed WebSocket service-channel session open from `test-1` to `test-2`, sends pre-outage traffic, stops `test-2` for a bounded outage while traffic continues, starts it again, waits runtime readiness, then sends recovery traffic over the same WebSocket. Result: `artifacts/c18z5-live-service-channel-exit-restart-smoke-result.json` run `c18z5-20260507-213745`: pre/outage/recovery batches `12/24/24`, total packets `480`, route failure delta `48`, compat fallback queue `0 -> 192`, flow drop delta `0`, and recovery exit inbox `0 -> 192`. This proves real exit-node failure is visible as fallback/failure telemetry while the long-lived service channel remains usable and fabric delivery resumes after the exit runtime returns. After the test, `test-2` and all active cluster nodes were healthy/current on `0.2.183`. - C18Z6 live service-channel active rebuild smoke is implemented and passed on 2026-05-07 without a new runtime release beyond `0.2.183`. Script `scripts/fabric/c18z6-live-service-channel-active-rebuild-smoke.ps1` keeps a signed WebSocket service-channel session open from `test-1` to `test-2`, sends pre-rebuild traffic, injects route-health feedback that marks the primary route stale and names the alternate route as replacement, waits for Control Plane `rebuild_status=applied`, waits for node-agent `route_manager_transition.status=applied_rebuild`, then continues sending over the same WebSocket. Result: `artifacts/c18z6-live-service-channel-active-rebuild-smoke-result.json` run `c18z6-20260507-214900`: pre/post batches `16/32`, total packets `384`, exit inbox depth `0 -> 384`, Control Plane replacement route `b2f3c510-46d2-4dce-8389-3952a99d0311`, route failure delta `0`, flow drop delta `0`, compat fallback queue `0 -> 0`, all checks passed, and all active nodes remained healthy/current on `0.2.183`. This proves a live service channel can apply a route-manager rebuild decision without rebuilding the service WebSocket. - C18Z7 live service-channel concurrent isolation smoke is implemented and passed on 2026-05-07 without a new runtime release beyond `0.2.183`. Script `scripts/fabric/c18z7-live-service-channel-concurrent-isolation-smoke.ps1` opens three signed WebSocket service-channel sessions over the same `test-1 -> test-2` entry/exit pair, interleaves packet batches across all sessions, injects primary-route stale feedback, waits for Control Plane `rebuild_status=applied` and node-agent `applied_rebuild`, then continues all sessions over the same sockets. Result: `artifacts/c18z7-live-service-channel-concurrent-isolation-smoke-result.json` run `c18z7-20260507-215727`: 3 sessions, 36 rounds, 288 packets per session, 864 packets total, each session exit inbox depth `288`, total exit depth `864`, compat fallback delta `0`, route failure delta `0`, flow drop delta `0`, and all active nodes healthy/current on `0.2.183`. This proves rebuild and route-manager state are shared correctly without one active service session starving or poisoning the other concurrent sessions. - C18Z8 live service-channel backpressure isolation smoke is implemented and passed on 2026-05-07 without a new runtime release beyond `0.2.183`. Script `scripts/fabric/c18z8-live-service-channel-backpressure-isolation-smoke.ps1` opens two interactive signed WebSocket sessions plus one abusive session over the same `test-1 -> test-2` entry/exit pair. The abusive session sends 1300 packets on one stable 5-tuple to force a single flow shard to hit bounded queue pressure while the interactive sessions continue sending small batches. Result: `artifacts/c18z8-live-service-channel-backpressure-isolation-smoke-result.json` run `c18z8-20260507-221347`: both interactive sessions delivered 192 packets each, the abusive flow reached scheduler high watermark `1024`, scheduled `1030` packets on the hottest channel, dropped `282` packets on that channel, produced compat fallback delta `0`, route failure delta `0`, and all active nodes stayed healthy/current on `0.2.183`. This proves bounded backpressure is visible and isolated to the overloaded logical flow without starving other active service sessions. - C18Z9 route-pool runtime selection is implemented, released as node/host agent `0.2.184`, published to docker-test downloads, and passed on 2026-05-07. Runtime fix: when Control Plane marks a service-channel route `rebuild_status=applied` and provides `replacement_route_id`, node-agent now treats that replacement as the preferred route for sticky flow/channel selection instead of merely withdrawing the bad route and falling back to config order. Unit coverage: `TestFabricClientPacketIngressPrefersControlPlaneReplacementOverConfigOrder`. Live script `scripts/fabric/c18z9-live-service-channel-route-pool-smoke.ps1` creates a route pool with slow relay primary `test-1 -> test-3 -> test-2` and fast direct replacement `test-1 -> test-2`, keeps one signed WebSocket active, injects stale-route feedback, waits for Control Plane and node-agent `applied_rebuild`, then verifies the same service session continues over the direct replacement. Result: `artifacts/c18z9-live-service-channel-route-pool-smoke-result.json` run `c18z9-20260507-224901`: 54 batches / 432 packets sent and delivered to exit, compat fallback delta `0`, route failure delta `0`, flow drop delta `0`, and temporary route intents expired. Test containers `test-1/2/3` run `rap-node-agent:0.2.184`; `usa-los-1`, `home-1`, and `ifcm-rufms-s-mo1cr` remain healthy on `0.2.183` until their rollout policy is advanced. - C18Z10 service-channel exit-pool failover is implemented, released as node/host-agent `0.2.185`, published to docker-test downloads, registered in the stable update channel, and passed on 2026-05-07. Backend service-channel leases now bind signed entry/exit pools, selected exit follows the selected primary route, and Control Plane replacement can cross to another authorized exit when route intents share an exit-pool/resource metadata key. Node-agent now honors the signed lease primary route as the initial service-channel preference before normal config-order selection. Unit coverage: `TestIssueFabricServiceChannelLeaseSelectsHealthyAlternateExitFromPool`, `TestGetNodeSyntheticMeshConfigReplacesFencedServiceChannelRouteAcrossExitPool`, and `TestFabricClientPacketIngressUsesLeasePreferredRouteBeforeConfigOrder`. Live script `scripts/fabric/c18z10-live-service-channel-exit-pool-smoke.ps1` creates a primary exit route `test-1 -> test-2` and an alternate exit route `test-1 -> test-3` in the same exit pool, keeps one signed WebSocket active, verifies pre-rebuild traffic reaches the primary exit, injects stale-route feedback, waits for Control Plane/node-agent `applied_rebuild`, then verifies post-rebuild traffic reaches the alternate exit. Result: `artifacts/c18z10-live-service-channel-exit-pool-smoke-result.json` run `c18z10-20260507-232645`: 54 batches / 432 packets sent, primary exit queue `144`, alternate exit queue `288`, compat fallback `0`, route failure delta `0`, flow drop delta `0`, decision source `service_channel_feedback_exit_pool_replacement`, and temporary route intents expired. Backend and `test-1/2/3` are running `0.2.185`; update plans now return download URLs on `192.168.200.61:18080` when the API is reached directly on `18121`. - C18Z11 service-channel entry-pool failover contract is implemented and backend-deployed as `rap-backend:fabric-service-channel-0.2.186`; node-agent remains `0.2.185` because no node runtime binary change was required. Backend lease selection now keeps `selected_entry_node_id` aligned with the selected primary route when the healthy route starts at another authorized entry node. Route replacement scope also understands entry-pool metadata keys (`entry_pool_id`, `service_entry_pool_id`, `fabric_entry_pool_id`) in addition to exit-pool/resource keys, and route decision reports count entry-pool replacement decisions. Unit coverage: `TestIssueFabricServiceChannelLeaseSelectsHealthyAlternateEntryFromPool` and `TestGetNodeSyntheticMeshConfigReplacesFencedServiceChannelRouteAcrossEntryPool`. Live script `scripts/fabric/c18z11-live-service-channel-entry-pool-smoke.ps1` creates primary entry route `test-1 -> test-2` and alternate entry route `test-3 -> test-2`, verifies the initial lease uses `test-1`, sends 144 packets, injects service-channel feedback fencing the primary entry route, verifies a refreshed lease selects `test-3`, then sends 288 more packets through the alternate entry to the same exit. Result: `artifacts/c18z11-live-service-channel-entry-pool-smoke-result.json` run `c18z11-20260507-235341`: exit queue `432`, compat fallback `0`, route failure deltas `0/0`, flow drop deltas `0/0`, and temporary route intents expired. This is a lease refresh/reconnect contract for entry replacement; preserving a broken client-to-entry socket across an entry node outage is not expected. - C18Z12 service-channel route quality scoring is implemented and backend-deployed as `rap-backend:fabric-service-channel-0.2.187`; node-agent remains `0.2.185`. Backend now uses service-neutral runtime quality feedback from `fabric_service_channel_runtime_report.ingress.flow_scheduler` when scoring lease routes: `last_send_duration_ms` adds deterministic latency boosts/penalties, and recent failures/stalls apply bounded penalties. This is protocol-agnostic and applies to the shared fabric channel, not HTTP/RDP/DNS special cases. Unit coverage: `TestIssueFabricServiceChannelLeasePrefersFastHealthyRouteFeedback`. Live script `scripts/fabric/c18z12-service-channel-route-quality-smoke.ps1` creates a high-priority slow relay route `test-1 -> test-3 -> test-2` and a lower-priority fast direct route `test-1 -> test-2`; the initial lease selects the slow route by policy priority, then quality telemetry reports fast route `8ms` and slow route `900ms`, and the refreshed lease selects the fast route with score reason `service_channel_quality_latency_le_10ms`. Result: `artifacts/c18z12-service-channel-route-quality-smoke-result.json` run `c18z12-20260508-000209`; all checks passed and temporary route intents expired. - C18Z13 live service-channel route quality self-learning is implemented, released as node-agent `0.2.188`, published to docker-test downloads, registered in the stable update channel, and deployed to docker-test containers `test-1/2/3`. Runtime fix: positive sub-millisecond service-channel send durations are rounded to `1ms`, preventing fast local routes from looking like "no quality sample". Unit coverage: `TestFabricFlowSchedulerRoundsSubMillisecondSendDuration`. Live script `scripts/fabric/c18z13-live-service-channel-route-quality-smoke.ps1` proves the self-learning path without heartbeat injection: initial lease picks a higher-priority relay route, real service-channel traffic sends 24 batches / 192 packets over the fast direct route, backend persists healthy route feedback from the node-agent heartbeat (`last_send_duration_ms=1`, `score_adjustment=90`), and a refreshed lease prefers that fast route over a newly introduced higher-priority relay candidate. Result: `artifacts/c18z13-live-service-channel-route-quality-smoke-result.json` run `c18z13-20260508-001610`; compat fallback `0`, flow drops `0`, temporary route intents expired. Published release id: `64effc62-18b6-4eeb-a1c9-f5fb8e251491`. - C18Z14 active-session route-quality preference is implemented. Backend `rap-backend:fabric-service-channel-0.2.190` and node-agent `0.2.189` are deployed to docker-test `test-1/2/3`; node-agent `0.2.189` is published to docker-test downloads and registered in the stable update channel as release `9bda9bac-71f3-4e8f-ae70-2abccb1cb866`. Backend now decays older healthy service-channel feedback before lease scoring so stale success loses weight before expiry. Node-agent consumes healthy route-quality observations from signed synthetic config and can override sticky per-flow/config-order route choice when a learned route is significantly better. Unit coverage: `TestFabricClientPacketIngressQualityPreferenceOverridesStickyRoute` and `TestIssueFabricServiceChannelLeaseDecaysOlderHealthyRouteFeedback`. Live script `scripts/fabric/c18z14-live-service-channel-active-quality-shift-smoke.ps1` keeps one signed WebSocket open while route policy changes: it starts on a higher-priority relay route, expires that route, sends real traffic through the fast direct route to teach feedback, introduces a new higher-priority relay candidate, and verifies the same active session stays on the learned fast route. Result: `artifacts/c18z14-live-service-channel-active-quality-shift-smoke-result.json` run `c18z14-20260508-071644`; 60 batches / 480 packets delivered, backend fallback `0`, flow drops `0`, temporary route intents expired. - C18Z15 effective route-quality score telemetry is implemented. Backend `rap-backend:fabric-service-channel-0.2.191` is deployed on docker-test, and node-agent `0.2.190` is built, published to docker-test downloads, registered in the stable update channel, and deployed to `test-1/2/3`. Published release id: `2e4cd0c8-2480-4637-b845-6dcb115dbebd`. Backend feedback reports now include decayed `effective_score_adjustment` alongside raw `score_adjustment`; node-agent consumes the effective score for active route-quality preference and exposes sorted `route_quality_preferences` in runtime telemetry with raw/effective score and decay reasons. Unit coverage: `TestFabricClientPacketIngressQualityPreferenceUsesEffectiveScore` and `TestServiceChannelRouteFeedbackReportIncludesEffectiveDecayedScore`. Live script `scripts/fabric/c18z15-live-service-channel-effective-quality-smoke.ps1` verifies route-quality preference telemetry, effective score visibility, and decayed effective score visibility after the active-session quality-shift scenario. Result: `artifacts/c18z15-live-service-channel-effective-quality-smoke-result.json` run `c18z14-20260508-073538`; 60 batches / 480 packets delivered, backend fallback `0`, flow drops `0`, temporary route intents expired. - C18Z16 per-channel route-quality fairness telemetry is implemented. Node-agent `0.2.191` is built, published to docker-test downloads, registered in the stable update channel, and deployed to `test-1/2/3`; backend remains `rap-backend:fabric-service-channel-0.2.191`. Published release id: `f072759c-5c3b-4ba0-936a-f59b6d3d7632`. Flow-scheduler channel stats now expose the applied `quality_preference_route_id`, effective/raw preference score, and preference reasons, so operators can see which logical channels actually used learned route quality. Unit coverage: `TestFabricClientPacketIngressQualityPreferencePreservesMultiChannelFairness`. Live script `scripts/fabric/c18z16-live-service-channel-quality-fairness-smoke.ps1` validates multi-channel quality-preference fairness after the active-session route-quality shift. Result: `artifacts/c18z16-live-service-channel-quality-fairness-smoke-result.json` run `c18z14-20260508-074943`; 60 batches / 480 packets delivered, 32 served logical channels, 32 channels with quality preference applied, backend fallback `0`, flow drops `0`, temporary route intents expired. - C18Z17 stale route-quality marker cleanup is implemented. Node-agent `0.2.192` is built, published to docker-test downloads, registered in the stable update channel, and deployed to `test-1/2/3`; backend remains `rap-backend:fabric-service-channel-0.2.191`. Published release id: `846881bd-e7e0-4212-b8c9-4a6012c6eff7`. Flow-scheduler channel stats now clear quality preference markers when the preference is no longer in the effective preference set or when the route manager withdraws that route. Unit coverage: `TestFabricClientPacketIngressClearsStaleQualityPreferenceMarkers` and `TestFabricClientPacketIngressClearsWithdrawnQualityPreferenceMarkers`. Live script `scripts/fabric/c18z17-live-service-channel-quality-cleanup-smoke.ps1` verifies cleanup after the active-session quality/fairness scenario. Result: `artifacts/c18z17-live-service-channel-quality-cleanup-smoke-result.json` run `c18z14-20260508-075750`; 60 batches / 480 packets delivered, active quality markers `32`, stale quality markers `0`, visible preferences `3`, compat fallback `0`, flow drops `0`, temporary route intents expired. - C18Z18 service-session-scoped flow scheduler memory is implemented. Node-agent `0.2.193` is built, published to docker-test downloads, registered in the stable update channel, and deployed to `test-1/2/3`; backend remains `rap-backend:fabric-service-channel-0.2.191`. Published release id: `05a3d29e-8a62-4bc8-84a3-1d00b794b9c9`. Runtime-sent flow scheduler channel keys now include the VPN/service session: `vpn:{vpnConnectionID}:flow-NN`. This keeps route memory, failed-route avoidance, served/drop counters, and route-quality markers isolated when several service-channel sessions share one entry/exit and hash to the same logical flow shard. Unit coverage: `TestFabricClientPacketIngressIsolatesRouteMemoryPerVPNConnection` and `TestFabricClientPacketIngressQualityPreferencePreservesMultiChannelFairness`. Live script `scripts/fabric/c18z18-service-channel-session-scoped-fairness-smoke.ps1` wraps the live C18Z17 quality path and verifies served live channels are session-scoped, unscoped served `flow-NN` channels are absent, quality markers are session-scoped, compat fallback is `0`, and flow drops are `0`. Result: `artifacts/c18z18-service-channel-session-scoped-fairness-smoke-result.json` run `c18z14-20260508-082520`; 60 batches / 480 packets delivered, served channels `32`, session-scoped served channels `32`, session-scoped quality channels `32`, unscoped served channels `0`, compat fallback `0`, flow drops `0`, temporary route intents expired. - C18Z19 bounded parallel logical-flow send window is implemented. Node-agent `0.2.194` is built, published to docker-test downloads, registered in the stable update channel, and deployed to `test-1/2/3`; backend remains `rap-backend:fabric-service-channel-0.2.191`. Published release id: `926e5b84-4b0b-4f47-b1fe-798d8105679f`. The live node-agent runtime enables `MaxParallelFlowSends=4`, so independent scheduled logical channels can send concurrently instead of one slow channel blocking all following channels. This remains service-neutral and does not inspect HTTP/RDP/DNS/application traffic. Telemetry now exposes `max_parallel_flow_sends` and `send_flow_parallel_batches`. Unit coverage: `TestFabricClientPacketIngressParallelFlowWindowDoesNotBlockIndependentChannel`. Live script `scripts/fabric/c18z19-service-channel-parallel-flow-window-smoke.ps1` wraps the C18Z18 live route-quality/session-scoped path and verifies the parallel window is enabled and observed while compat fallback and flow drops stay at zero. Result: `artifacts/c18z19-service-channel-parallel-flow-window-smoke-result.json` run `c18z14-20260508-084133`; 60 batches / 480 packets delivered, `max_parallel_flow_sends=4`, `send_flow_parallel_batches=60`, served channels `32`, session-scoped quality channels `32`, compat fallback `0`, flow drops `0`, temporary route intents expired. - C18Z20 per-channel latency/retry/in-flight telemetry and adaptive recommended send-window telemetry are implemented. Node-agent `0.2.195` is built, published to docker-test downloads, registered in the stable update channel, and deployed to `test-1/2/3`; backend remains `rap-backend:fabric-service-channel-0.2.191`. Published release id: `b9e198e0-e012-4600-ad14-856820aff41c`. Scheduler telemetry now includes global `in_flight`, `max_in_flight`, slow/failing channel counts, and per-channel `send_attempts`, `send_successes`, `send_failures`, `in_flight`, `max_in_flight`, and latency buckets. Ingress telemetry now includes `recommended_parallel_flow_sends`; the recommendation shrinks under bounded drops, degraded fallback recommendations, repeated failures, or slow/stalled channels. Unit coverage: `TestFabricFlowSchedulerRecommendsSmallerWindowUnderPressure` and `TestFabricClientPacketIngressParallelFlowWindowDoesNotBlockIndependentChannel`. Live script `scripts/fabric/c18z20-service-channel-adaptive-window-telemetry-smoke.ps1` wraps the C18Z19 live path and verifies the new telemetry on real docker-test nodes. Result: `artifacts/c18z20-service-channel-adaptive-window-telemetry-smoke-result.json` run `c18z14-20260508-085635`; 60 batches / 480 packets delivered, `max_parallel_flow_sends=4`, `recommended_parallel_flow_sends=4`, `scheduler_max_in_flight=4`, attempts/success/latency visible on 32 channels, compat fallback `0`, flow drops `0`, temporary route intents expired. - C18Z21 rolling per-channel/session quality windows are implemented. Node-agent `0.2.196` is built, published to docker-test downloads, registered in the stable update channel, and deployed to `test-1/2/3`; backend remains `rap-backend:fabric-service-channel-0.2.191`. Published release id: `813b2050-4d4e-444c-9bde-72b1d1f7dd35`. Scheduler decisions now use a bounded fresh quality window instead of lifetime-only drop/failure counters, so old pressure rolls out after newer successful samples. Telemetry now exposes scheduler-level `quality_window_sample_count`, `quality_window_failure_count`, `quality_window_slow_count`, `quality_window_drop_count`, and per-channel success/failure/slow/drop sample counts, average latency, and last update time. Unit coverage: `TestFabricFlowSchedulerRollingQualityWindowForgetsOldPressure`, `TestFabricFlowSchedulerRecommendsSmallerWindowUnderPressure`, and `TestFabricClientPacketIngressParallelFlowWindowDoesNotBlockIndependentChannel`. Live script `scripts/fabric/c18z21-service-channel-rolling-quality-window-smoke.ps1` wraps the C18Z20 live path and verifies the rolling-window telemetry on real docker-test nodes. Result: `artifacts/c18z21-service-channel-rolling-quality-window-smoke-result.json` run `c18z14-20260508-091952`; 60 batches / 480 packets delivered, scheduler quality-window samples `480`, failures `0`, drops `0`, window samples/success/latency visible on 32 channels, `recommended_parallel_flow_sends=4`, compat fallback `0`, flow drops `0`, temporary route intents expired. - C18Z22 backend durable route feedback now consumes the rolling quality window from node-agent heartbeat metadata. Backend `rap-backend:fabric-service-channel-0.2.197` is built and deployed on docker-test; node-agent remains `0.2.196` on `test-1/2/3`. For agents that expose `quality_window_*`, backend uses fresh rolling failure/drop/slow counts and rolling average latency when creating `fabric_service_channel` route feedback; old `last_failed_route_id`, `consecutive_failures`, and `stall_count` remain fallback inputs for older agents only. This prevents old route failures from dominating durable scoring after the channel has recovered with a clean rolling window. Unit coverage: `TestRecordHeartbeatUsesRollingQualityWindowForRouteFeedback` and `TestRecordHeartbeatPersistsServiceChannelRouteFeedbackForLaterLease`. Live script `scripts/fabric/c18z22-service-channel-rolling-feedback-smoke.ps1` wraps the C18Z21 live path and verifies persisted route feedback contains `service_channel_rolling_quality_window` plus payload `quality_window_*` fields. Result: `artifacts/c18z22-service-channel-rolling-feedback-smoke-result.json` run `c18z14-20260508-093100`; 60 batches / 480 packets delivered, route feedback count `1`, rolling feedback count `1`, healthy rolling feedback count `1`, rolling payload count `1`, compat fallback `0`, flow drops `0`. - C18Z23 recovery hysteresis is implemented for recovered service-channel routes. Backend `rap-backend:fabric-service-channel-0.2.198` is built and deployed on docker-test; node-agent remains `0.2.196` on `test-1/2/3`. When a route has an operator-expire/manual retry cooldown from prior fenced feedback but now also has healthy rolling-window feedback, backend re-admits the route as `authorized` while applying a bounded recovery hysteresis score penalty (`150`) and `service_channel_recovery_hysteresis` reason. This keeps recovered routes available as alternates without immediately displacing a steady route and reducing route-selection flapping. Unit coverage: `TestIssueFabricServiceChannelLeaseDampensRecoveredRouteDuringRetryCooldown` and `TestRecordHeartbeatUsesRollingQualityWindowForRouteFeedback`. Live script `scripts/fabric/c18z23-service-channel-recovery-hysteresis-smoke.ps1` wraps the C18Z22 live path and verifies backend `0.2.198`, rolling feedback, and clean live forwarding. Result: `artifacts/c18z23-service-channel-recovery-hysteresis-smoke-result.json` run `c18z14-20260508-094111`; 60 batches / 480 packets delivered, backend fallback `0`, flow drops `0`, recovery hysteresis penalty `150`. - C18Z24 recovery visibility is implemented for service-channel route diagnostics. Backend `rap-backend:fabric-service-channel-0.2.199` is built and deployed on docker-test; node-agent remains `0.2.196` on `test-1/2/3`. Route feedback API responses and node-scoped service-channel feedback reports now expose `recovery_state`, `recovery_hysteresis_active`, and `recovery_hysteresis_penalty`, while route path decision reports count `recovery_hysteresis_count`. Admin diagnostics now show recovered/hysteresis chips and a recovery column beside route feedback status. Unit coverage: `TestIssueFabricServiceChannelLeaseDampensRecoveredRouteDuringRetryCooldown`, `TestServiceChannelRouteFeedbackReportExposesRecoveryState`, and `TestRoutePathDecisionReportCountsRecoveryHysteresis`. Smoke result: `artifacts/c18z24-service-channel-recovery-visibility-smoke-result.json`; route feedback API exposed recovery shape for 109 observations, backend image `0.2.199` was live, and the web-admin build was published to `rap_web_admin`. - C18Z25 recovery promotion policy is implemented. Backend `rap-backend:fabric-service-channel-0.2.200` is built and deployed on docker-test; node-agent remains `0.2.196`. A route under manual retry cooldown remains `recovered` with hysteresis penalty until it reports at least 64 clean rolling-window samples (`success >= 64`, failures/slow/drops zero). After that it is promoted back to steady `healthy`, gets `recovery_promoted=true`, `service_channel_recovery_promoted`, and no hysteresis penalty. Admin/API now expose promoted counts/flags alongside recovered/hysteresis state. Smoke result: `artifacts/c18z25-service-channel-recovery-promotion-smoke-result.json`; backend image `0.2.200` was live and route-feedback API exposed recovery state for 109 observations. - C18Z26 recovery demotion policy is implemented. Backend `rap-backend:fabric-service-channel-0.2.201` is built and deployed on docker-test; node-agent remains `0.2.196`. If a previously recovered or promoted route under retry cooldown reports fresh rolling failures, drops, slow samples, degraded fallback, rebuild recommendation, or fenced feedback, backend now exposes `recovery_demoted=true` with a concrete `recovery_reason` such as `service_channel_recovery_demoted_failure`, `..._slow`, `..._rebuild`, or `..._fenced`. Route score reasons include `service_channel_recovery_demoted` and the specific demotion reason, and route path decision reports count `recovery_demoted_count`. Admin diagnostics now show demoted feedback/path chips and the demotion reason. Smoke result: `artifacts/c18z26-service-channel-recovery-demotion-smoke-result.json`; backend image `0.2.201` was live and route-feedback API exposed recovery state for 109 observations. - C18Z27 recovery policy tuning is implemented. Backend `rap-backend:fabric-service-channel-0.2.202` is built and deployed on docker-test; node-agent remains `0.2.196`. Effective service-channel recovery policy now has a strict default contract and optional cluster metadata override at `fabric_service_channel_recovery_policy`. API endpoints `GET/PUT /clusters/{clusterID}/fabric/service-channels/recovery-policy` expose and update hysteresis penalty, promotion minimum samples, demotion thresholds for failures/drops/slow samples, and rebuild/fenced demotion toggles. Lease route selection, route feedback reports, and node-scoped synthetic config feedback consume the effective policy. Web-admin shows and edits the policy in the service-channel route feedback card. Smoke result: `artifacts/c18z27-service-channel-recovery-policy-smoke-result.json`; live API updated policy values, then restored strict defaults (`penalty=150`, `promotion_min_samples=64`, demotion thresholds `1`). - C18Z28 recovery policy provenance is implemented. Backend `rap-backend:fabric-service-channel-0.2.203` is built and deployed on docker-test; node-agent remains `0.2.196`. `FabricServiceChannelRoute`, `FabricServiceChannelLease`, signed lease authority payloads, service-channel route feedback reports, and route path decision reports now carry the effective recovery policy used for scoring and recovery decisions. This makes every primary/alternate/fallback choice auditable against the policy source and thresholds that produced it. Web-admin node diagnostics show the service-channel feedback policy and route decision policy source. Smoke result: `artifacts/c18z28-service-channel-recovery-policy-provenance-smoke-result.json`; live synthetic config and live lease issuance both exposed recovery policy provenance on docker-test. - C18Z29 feedback provenance guardrails are implemented. Backend `rap-backend:fabric-service-channel-0.2.204` is built and deployed on docker-test; node-agent remains `0.2.196`. Recovery policy now has a stable fingerprint. Backend recognizes optional runtime feedback provenance fields (`recovery_policy_fingerprint`, `route_generation`, `route_policy_version`, `policy_version`), exposes observed/effective fingerprints/generations on route feedback observations, and reports missing/stale counters. Explicit stale policy/generation feedback is scored conservatively, cannot fence a current route, and cannot request rebuild/demotion; missing provenance stays compatible for current old agents but is visible in diagnostics. Web-admin shows provenance warnings in service-channel feedback. Smoke result: `artifacts/c18z29-service-channel-feedback-provenance-guard-smoke-result.json`. - C18Z30 node-agent feedback provenance is implemented. Backend `rap-backend:fabric-service-channel-0.2.209` and node-agent `0.2.208` are built and deployed on docker-test (`test-1/2/3`). Node-agent now preserves the signed synthetic config contract for recovery feedback/route decision fields and records per-flow `recovery_policy_fingerprint`, `route_policy_version`, and `route_generation` at send time, so feedback remains auditable even after route churn/expiry. Backend heartbeat parsing now preserves those fields into durable service-channel feedback payloads. Live smoke passed with 28/28 runtime channel stats carrying provenance, 3/3 feedback observations carrying provenance, and no missing/stale provenance counters. Artifacts: `artifacts/c18z30-node-telemetry-provenance-live-smoke-base-result.json` and `artifacts/c18z30-node-agent-feedback-provenance-smoke-result.json`. - C18Z31 service-channel rebuild ledger is implemented. Backend `rap-backend:fabric-service-channel-0.2.211` is built and deployed on docker-test; node-agent remains `0.2.208` on `test-1/2/3`. Backend now keeps durable route rebuild attempt history in `fabric_service_channel_route_rebuild_attempts`, upserted from synthetic config route decisions when service-channel feedback requests rebuild. The ledger stores trigger/rebuild status, old route, selected replacement, policy fingerprint, generation, feedback status/reasons, latency/failure counters, outcome, and compact decision payload. API endpoint `GET /clusters/{clusterID}/fabric/service-channels/rebuild-attempts` exposes the history; web-admin loads it into Service-channel route feedback diagnostics as a rebuild ledger table. Migration `000026` is applied on docker-test. Live smoke passed: `artifacts/c18z31-base-active-rebuild-smoke-result.json` and `artifacts/c18z31-service-channel-rebuild-ledger-smoke-result.json`. - C18Z32 service-channel rebuild timeline is implemented. Backend `rap-backend:fabric-service-channel-0.2.213` is built and deployed on docker-test; node-agent remains `0.2.208` on `test-1/2/3`. The rebuild attempts API now enriches durable ledger rows with node-agent heartbeat correlation: matching `route_manager_transition`, route-generation apply or withdrawn decision, post-rebuild selected route, flow packet/drop/failure counters, and a compact chronological `timeline` with `backend_decision`, `node_route_generation_apply`, `node_route_manager_transition`, and `post_rebuild_traffic` stages. Matching is generation-strict when the backend attempt has a generation, preventing stale transition/status matches. Web-admin rebuild ledger shows backend, agent, route-generation, and traffic columns. Live smoke passed: `artifacts/c18z32-base-rebuild-ledger-smoke-result.json` and `artifacts/c18z32-service-channel-rebuild-timeline-smoke-result.json`. - C18Z33 service-channel rebuild guardrails are implemented. Backend `rap-backend:fabric-service-channel-0.2.214` is built and deployed on docker-test; node-agent remains `0.2.208`. Rebuild attempts API now adds computed guard fields: `guard_status`, `guard_severity`, `guard_reason`, age, and transition/traffic deadlines. Successful correlated rebuilds report `guard_status=ok`, `guard_severity=good`; missing node transition, route-generation correlation, post-rebuild traffic, unexpected selected route, or post-rebuild drops/failures surface as warn/bad states. Web-admin shows guard chips and counts in the service-channel rebuild ledger. Live smoke passed: `artifacts/c18z33-base-rebuild-ledger-smoke-result.json` and `artifacts/c18z33-service-channel-rebuild-guard-smoke-result.json`. - C18Z34 service-channel rebuild health summary is implemented. Backend `rap-backend:fabric-service-channel-0.2.215` is built and deployed on docker-test; node-agent remains `0.2.208`. New endpoint `GET /clusters/{clusterID}/fabric/service-channels/rebuild-health` returns a cluster-level operational summary over the durable rebuild ledger/timeline: counts by guard status/severity, applied/pending counts, affected reporter nodes/routes, most recent bad attempts, and recommended operator action. Web-admin shows the summary as a Rebuild health subpanel above the rebuild ledger. Live smoke passed: `artifacts/c18z34-base-rebuild-guard-smoke-result.json` and `artifacts/c18z34-service-channel-rebuild-health-smoke-result.json`. - C18Z35 service-channel rebuild alert silence lifecycle is implemented. Backend `rap-backend:fabric-service-channel-0.2.216` is built and deployed on docker-test; node-agent remains `0.2.208`. Migration `000027` creates `fabric_service_channel_rebuild_alert_silences`, applied on docker-test. New API `POST /clusters/{clusterID}/fabric/service-channels/rebuild-health/silences` records bounded operator silence for an exact alert fingerprint: reporter node, route, guard status, and generation. Rebuild health now separates total bad/warn from active bad/warn and silenced counts; silenced alerts are omitted from affected nodes/routes and active bad attempt lists. A new generation, route, or reporter remains active by design. Web-admin exposes `silence 6h` on active bad rebuild-health rows. Live smoke passed: `artifacts/c18z35-base-rebuild-health-smoke-result.json` and `artifacts/c18z35-service-channel-rebuild-alert-silence-smoke-result.json`. - C18Z36 service-channel rebuild alert resurfacing is implemented. Backend `rap-backend:fabric-service-channel-0.2.217` is built and deployed on docker-test; node-agent remains `0.2.208`. Rebuild health marks active bad/warn attempts as `alert_resurfaced` when an active silence exists for the same reporter node, route, and guard status but a different generation. The summary exposes `resurfaced_count` and `resurfaced_attempts`, including the previous silenced generation and silence expiry. Web-admin shows a resurfaced chip/table and allows silencing the new generation separately. Live smoke passed: `artifacts/c18z36-base-rebuild-health-smoke-result.json` and `artifacts/c18z36-service-channel-rebuild-alert-resurface-smoke-result.json`. - C18Z37 service-channel readiness gate is implemented. Backend `rap-backend:fabric-service-channel-0.2.218` is built and deployed on docker-test; node-agent remains `0.2.208`. New endpoint `GET /clusters/{clusterID}/fabric/service-channels/readiness` returns a fast recent-window verdict: `clean`, `degraded`, or `blocked`, with active bad/warn counts, resurfaced/silenced counts, missing transition, route-generation, post-rebuild traffic, unexpected-route, and post-rebuild degraded counters plus blocking/degraded reasons and recommended operator action. Web-admin shows this as a top-level readiness panel in Service-channel route feedback. Readiness and default admin health queries are intentionally capped to a small recent window so the operator view stays responsive after many rebuild attempts; deep ledger diagnostics remain a separate next layer. Live smoke passed: `artifacts/c18z37-base-rebuild-health-smoke-result.json` and `artifacts/c18z37-service-channel-readiness-smoke-result.json`. - C18Z38 service-channel rebuild ledger enrichment split is implemented. Backend `rap-backend:fabric-service-channel-0.2.219` is built and deployed on docker-test; node-agent remains `0.2.208`. The rebuild attempts API now defaults to `enrichment=summary`, returning durable ledger rows without the expensive heartbeat/timeline guard correlation. Operators can request `enrichment=deep` explicitly for per-route investigation. Web-admin defaults to the fast ledger, shows timeline/guard fields as deep-only in summary mode, and provides a manual deep ledger toggle. C18Z32/C18Z33 smokes now request deep enrichment. Live smoke passed: `artifacts/c18z38-service-channel-rebuild-ledger-enrichment-smoke-result.json`. - C18Z39 service-channel rebuild ledger drilldown is implemented. Backend `rap-backend:fabric-service-channel-0.2.220` is built and deployed on docker-test; node-agent remains `0.2.208`. The rebuild attempts API now accepts `generation` and `offset`, allowing narrow deep investigations by reporter node, route, service class, and route generation with bounded pagination. Web-admin adds rebuild ledger filters for reporter/route/ generation/service plus prev/next paging in deep mode. Live smoke passed: `artifacts/c18z39-service-channel-rebuild-ledger-drilldown-smoke-result.json`. - C18Z40 service-channel rebuild incident grouping is implemented. Backend `rap-backend:fabric-service-channel-0.2.222` is built and deployed on docker-test; node-agent remains `0.2.208`. New endpoint `GET /clusters/{clusterID}/fabric/service-channels/rebuild-incidents` groups the bounded recent rebuild window by reporter node, route, service class, generation, and guard status, exposing first/last seen, attempt count, latest guard/replacement/outcome, silence/resurface flags, and recommended action. The incident window is capped to 5 to keep default admin refresh bounded; broader investigation still uses filtered deep ledger. Web-admin shows a Rebuild incidents list and `open deep` loads the exact filtered deep ledger slice for that incident. Live smoke passed: `artifacts/c18z40-service-channel-rebuild-incidents-smoke-result.json`. - C18Z41 service-channel rebuild incident actions are implemented. Backend `rap-backend:fabric-service-channel-0.2.223` is built and deployed on docker-test; node-agent remains `0.2.208`. New API `POST /clusters/{clusterID}/fabric/service-channels/rebuild-incidents/investigations` records an audit event when an operator opens a deep rebuild investigation. Web-admin incident rows now expose `open deep` with audit and `silence 6h` using the incident fingerprint fields; after silence the panel refreshes only rebuild health/readiness/incidents instead of the whole cluster scope. Live smoke passed: `artifacts/c18z41-service-channel-rebuild-incident-actions-smoke-result.json`. - C18Z42 service-channel rebuild correlation snapshots are implemented. Backend `rap-backend:fabric-service-channel-0.2.224` is built and deployed on docker-test; node-agent remains `0.2.208`. Migration `000028` adds durable correlation/guard snapshot columns to `fabric_service_channel_route_rebuild_attempts`, including node transition, route-generation, post-rebuild traffic, guard status/severity/reason, compact timeline, and `correlation_snapshot_at`. Deep enrichment now writes the snapshot once; later deep/readiness/health/incidents reuse it and only recompute age-sensitive guard state without scanning heartbeat history. External summary ledger still strips guard/timeline fields to preserve the fast C18Z38 contract. On docker-test, applying `000028` manually was required before smoke because this manual backend redeploy path does not auto-apply migrations. Live smoke passed twice; after warm snapshot timings were roughly summary 92 ms, deep 2 ms, incidents 2 ms: `artifacts/c18z42-service-channel-rebuild-correlation-snapshot-smoke-result.json`. - C18Z43 service-channel schema preflight is implemented. Backend `rap-backend:fabric-service-channel-0.2.225` is built and deployed on docker-test; web-admin is redeployed. New endpoint `GET /clusters/{clusterID}/fabric/service-channels/schema-status` checks the DB relation/columns required by migration `000028` before operators rely on rebuild health/readiness/incidents. Web-admin shows a Fabric schema preflight panel beside service-channel readiness, with required/missing check counts and operator action. Live smoke passed: `artifacts/c18z43-service-channel-schema-preflight-smoke-result.json`. - C18Z44 service-channel rebuild snapshot warmup is implemented. Backend `rap-backend:fabric-service-channel-0.2.226` is built and deployed on docker-test; web-admin is redeployed. New endpoint `POST /clusters/{clusterID}/fabric/service-channels/rebuild-snapshots/warmup` performs a bounded proactive pass over recent rebuild attempts. It fills missing correlation snapshots, counts stale snapshots, and defers heavy stale rescans because age-sensitive guard state is already recomputed from cached snapshots on read. Web-admin adds a `warm snapshots` action and displays warmed/fresh/missing/stale/deferred/error counts. Live smoke passed: `artifacts/c18z44-service-channel-rebuild-snapshot-warmup-smoke-result.json`. - C18Z45 service-channel rebuild snapshot auto-warmup is implemented. Backend `rap-backend:fabric-service-channel-0.2.227` is built and deployed on docker-test; node-agent remains `0.2.208`. Heartbeat processing now performs a bounded missing-snapshot maintenance pass for the reporting node's recent rebuild attempts. It only persists a snapshot when the heartbeat contains runtime evidence such as post-rebuild traffic or matched route-manager/ route-generation state, preventing backend-only timelines from becoming stale cache entries. Auto-warmup writes an audit event `fabric.service_channel_rebuild_snapshot.auto_warmup` with trigger, heartbeat, warmed route IDs, generations, rebuild IDs, counts, and errors. Live smoke passed: `artifacts/c18z45-service-channel-rebuild-snapshot-auto-warmup-smoke-result.json`. - C18Z46 service-channel rebuild snapshot maintenance health is implemented. Backend `rap-backend:fabric-service-channel-0.2.228` is built and deployed on docker-test; web-admin is redeployed. New endpoint `GET /clusters/{clusterID}/fabric/service-channels/rebuild-snapshots/health` exposes bounded snapshot-cache maintenance status: recent attempt count, valid/missing/overdue runtime-evidence snapshots, heartbeat threshold, latest auto-warmup audit summary, and per-node warmed/error/missing counts. Web-admin adds a `Snapshot maintenance` panel beside schema/readiness. Live smoke passed: `artifacts/c18z46-service-channel-rebuild-snapshot-health-smoke-result.json`. - C18Z47 service-channel signed lease enforcement is implemented. Node-agent release `0.2.230` is built, published under `/downloads`, registered as the active `rap-node-agent` dev release, and deployed on docker-test `test-1/2/3`; all three report `0.2.230`, healthy, and current after policy update. When a cluster authority public key is pinned, the node-agent now rejects unsigned `rap_fsc_*` service-channel requests and requires the signed `rap.fabric_service_channel_lease_authority.v1` payload/signature headers. Compat-unsigned tokens remain accepted only in unpinned test mode. Live smoke proved unsigned POST is rejected with 403 while signed lease POST is accepted with 202: `artifacts/c18z47-service-channel-signed-lease-enforcement-smoke-result.json`. - C18Z48 service-channel backend introspection compatibility is implemented. Backend `rap-backend:fabric-service-channel-0.2.231` is built/deployed on docker-test. Node-agent/host-agent artifacts `0.2.232` are published under `/downloads`; `rap-node-agent` release `0.2.232` is registered and deployed on `test-1/2/3`, and all three report healthy/current. When signed service-channel authority headers are absent but cluster authority is pinned, node-agent now calls backend lease introspection before accepting an unsigned token. Bad tokens are still rejected. Live smoke passed: `artifacts/c18z48-service-channel-introspection-smoke-result.json`. - C18Z49 service-channel acceptance telemetry is implemented in node-agent `0.2.232`. Each accepted Fabric Service Channel ingress records `accepted_by=signed|introspection|compat_unsigned`, route preference, and backend-fallback state in structured node logs. HTTP packet ingress also returns `X-RAP-Service-Channel-Accepted-By` for smoke/diagnostics. - C18Z50 durable service-channel lease introspection is implemented. Migration `000029_fabric_service_channel_leases` adds a durable lease table keyed by cluster/channel and stores only `token_hash` plus a scrubbed lease payload with the raw bearer token removed. Backend `rap-backend:fabric-service-channel-0.2.233` is built/deployed on docker-test after applying the migration. Introspection now reads memory first, then durable storage, so compatibility clients survive backend restart. Live smoke restarted `rap_test_backend`, accepted the unsigned token through introspection, rejected a bad token, and verified the durable lease omits the raw token: `artifacts/c18z50-service-channel-durable-introspection-smoke-result.json`. - C18Z51 service-channel lease maintenance is implemented. Backend `rap-backend:fabric-service-channel-0.2.234` is built/deployed on docker-test. New endpoints list durable service-channel lease maintenance state and run bounded expired-lease cleanup: `GET /clusters/{clusterID}/fabric/service-channels/leases` and `POST /clusters/{clusterID}/fabric/service-channels/leases/cleanup`. Web-admin adds a `Service-channel leases` panel with active/expired counts, recent lease rows, and cleanup action. Live smoke issued a 1-second lease, observed it as expired, cleaned it up, and verified it disappeared: `artifacts/c18z51-service-channel-lease-maintenance-smoke-result.json`. - C18Z52 service-channel access telemetry visibility is implemented. Backend `rap-backend:fabric-service-channel-0.2.235` is built/deployed on docker-test; node-agent/host-agent `0.2.235` artifacts are published under `/downloads`, registered as active dev releases, and deployed on `test-1/2/3`. Node-agent now reports accepted service-channel ingress counters by `signed`, `introspection`, and `compat_unsigned`, including backend-fallback count and last accepted timestamp. Backend exposes `GET /clusters/{clusterID}/fabric/service-channels/access-telemetry`, reading telemetry observations with heartbeat metadata fallback. Web-admin adds a `Service-channel access` panel with cluster totals and per-node rows. Live smoke sent packets through test-1, observed `X-RAP-Service-Channel-Accepted-By: introspection`, and verified backend aggregate visibility: `artifacts/c18z52-service-channel-access-telemetry-smoke-result.json`. - C18Z53 service-channel access/session correlation is implemented. Backend `rap-backend:fabric-service-channel-0.2.236` is built/deployed on docker-test; node-agent remains `0.2.235`. The access telemetry endpoint now correlates accepted ingress counters with active durable service-channel leases, selected entry/exit nodes, primary route status, explicit backend fallback, and latest route-quality feedback when a route exists. Web-admin's `Service-channel access` panel now shows active channel rows before per-node counters, so operators can see whether a live service channel is using normal route quality feedback or degraded compat fallback. Live smoke created an active lease, sent ingress traffic through test-1, and verified active channel correlation plus fallback visibility: `artifacts/c18z53-service-channel-access-correlation-smoke-result.json`. - C18Z54 normal-route access correlation is smoke-proven on the existing C18Z53 backend/admin surface. New smoke creates a temporary direct `vpn_packets` route intent, injects healthy route-quality heartbeat telemetry, issues a service-channel lease that selects the normal primary route, sends ingress traffic, and verifies the access telemetry active channel row is `ready`, not compat fallback, with `route_feedback_status` `healthy`, rolling quality counters, and last send duration: `artifacts/c18z54-service-channel-normal-route-access-smoke-result.json`. - C18Z55 degraded normal-route access correlation is smoke-proven on the same backend/admin surface. The smoke first issues a lease on a normal primary `vpn_packets` route, then injects degraded/fenced route-quality heartbeat feedback for that already-selected route. Access telemetry correctly reports the active channel as `ready` and `force_compat_fallback=false`, while route feedback is `fenced`, rolling failure/drop/slow counters are visible, and the aggregate access status becomes `degraded` because `degraded_route_count > 0`: `artifacts/c18z55-service-channel-degraded-route-access-smoke-result.json`. - C18Z56 active-channel remediation diagnostics are implemented. Backend `rap-backend:fabric-service-channel-0.2.237` is built/deployed on docker-test; node-agent remains `0.2.235`. Active access telemetry channel rows now include `remediation_action`, `remediation_reason`, `remediation_route_id`, `remediation_route_status`, and an operator hint. Decisions distinguish explicit compat fallback, degraded/fenced normal route with an authorized alternate (`prefer_alternate_route`), degraded/fenced route needing rebuild (`rebuild_route`), and healthy route (`none`). Web-admin shows the remediation action in the `Service-channel access` active-channel table. C18Z55 smoke now verifies `remediation_action=rebuild_route`; backend unit coverage verifies the alternate-route remediation branch. - C18Z56 alternate-route remediation is also live-smoke-proven. New smoke creates primary and authorized alternate `vpn_packets` routes, issues a lease while primary is still healthy/selected, then injects fenced feedback for the selected primary. Access telemetry keeps the active channel on the normal route with `force_compat_fallback=false`, reports `route_feedback_status` `fenced`, and recommends `remediation_action=prefer_alternate_route` with the alternate route id/status; `degraded_fallback_channel_count` stays zero: `artifacts/c18z56-service-channel-alternate-remediation-smoke-result.json`. - C18Z57 bounded remediation command contract is implemented. Backend `rap-backend:fabric-service-channel-0.2.238` is built/deployed on docker-test; node-agent remains `0.2.235`. Active access telemetry channel rows now include `remediation_command` for non-noop remediation actions, with schema version, deterministic command id, action, channel/resource/service, entry/exit, primary route, replacement route when present, reason/operator hint, issued time, and a bounded TTL capped to the lease lifetime. Web-admin marks remediation rows with `cmd` when this machine-readable command is present. Live smoke proves a fenced selected primary route with an authorized alternate emits a `prefer_alternate_route` command pointing at the alternate: `artifacts/c18z57-service-channel-remediation-command-smoke-result.json`. - C18Z58 service-channel remediation command consumption is implemented. Backend `rap-backend:fabric-service-channel-0.2.239` and node-agent `rap-node-agent:0.2.237` are built/deployed on docker-test (`test-1/2/3`). Backend now projects active `remediation_command` items into node-scoped synthetic mesh config as `service_channel_remediation_commands`. Node-agent parses those commands and turns `prefer_alternate_route` into an explicit route-manager `applied` decision with source `service_channel_remediation_command`, so an active channel that still presents the old primary route can be routed through the replacement route. Web-admin node details show remediation-command count/table in the Mesh tab. Live smoke proves access telemetry, synthetic config projection, and node-agent route-manager consumption: `artifacts/c18z58-service-channel-remediation-apply-smoke-result.json`. - C18Z59 active remediation traffic proof is smoke-proven on the same backend/node-agent images with production forwarding enabled on docker-test `test-1/2/3`. The smoke sends service-channel traffic before/after the remediation command is consumed, then verifies runtime heartbeat evidence: `last_selected_route_id` and flow-scheduler `last_route_id` move to the replacement route, `send_successes=1`, `send_failures=0`, `send_fallback_local=0`, and no degraded compat fallback is recommended. Result: `artifacts/c18z59-service-channel-remediation-traffic-smoke-result.json`. - C18Z60 multi-flow remediation traffic proof is smoke-proven. The smoke sends a batch of twelve IPv4/TCP-like packets that classify into multiple independent VPN flow channels after the remediation command is consumed. Runtime heartbeat evidence shows the replacement route selected, at least two flow-scheduler channels on that route, no local/compat fallback, no flow drops, and no route send failures. Result: `artifacts/c18z60-service-channel-remediation-multiflow-smoke-result.json`. - C18Z61 pressure remediation traffic proof is smoke-proven. The smoke sends a batch of 128 IPv4/TCP-like packets after remediation; runtime evidence shows 32 replacement-route flow stats, scheduler high-watermark 5, max-in-flight 4, `send_fallback_local=0`, route failures 0, and flow/scheduler drops 0. Result: `artifacts/c18z61-service-channel-remediation-pressure-smoke-result.json`. - C18Z62 service-channel QoS class wiring is implemented in node-agent and live-smoke-proven on docker-test image `rap-node-agent:0.2.238-c18z62`. Service-channel HTTP ingress accepts neutral `X-RAP-Traffic-Class` (`control`, `interactive`, `reliable`, `bulk`, `droppable`) and the flow scheduler keeps distinct traffic-class channel ids/stats while preserving the old default bulk channel ids. Unit tests prove priority ordering `control > interactive > reliable > bulk > droppable`; live smoke proves a bulk 128-packet pressure batch plus an interactive packet both move through the remediation replacement route with no local/compat fallback, drops, or route failures. Result: `artifacts/c18z62-service-channel-remediation-qos-smoke-result.json`. - C18Z63 concurrent QoS isolation is implemented and unit-proven. A controlled runtime test holds a bulk traffic-class send in-flight with a blocking production transport, then sends an independent interactive traffic-class packet through the same ingress; the interactive send completes before the bulk release, with `MaxInFlight >= 2`, traffic-class-specific stats, no drops, and no failures. This proves the shared Fabric Service Channel runtime does not globally serialize interactive/control-style traffic behind bulk work. Artifact: `artifacts/c18z63-service-channel-concurrent-qos-go-test.jsonl`. - C18Z64 traffic-class telemetry aggregation is implemented and live-proven on docker-test image `rap-node-agent:0.2.239-c18z64`. `rap.fabric_flow_scheduler.v1` snapshots now include `traffic_class_counts`, giving backend/admin/diagnostics a compact count of active flow channels per traffic class without scanning every channel stat. Unit coverage proves the counts for explicit control/interactive/bulk classes and for the concurrent bulk+interactive isolation case. Live smoke re-ran the QoS path on `test-1/2/3`; latest heartbeat snapshot showed `traffic_class_counts` `bulk=32`, `interactive=12`, drops 0. Artifacts: `artifacts/c18z64-service-channel-traffic-class-telemetry-go-test.jsonl`, `artifacts/c18z64-service-channel-traffic-class-telemetry-live-smoke-result.json`, and `artifacts/c18z64-service-channel-traffic-class-telemetry-live-snapshot.json`. - C18Z65/C18Z66 backend/admin QoS diagnostics are implemented and live-proven. Backend `rap-backend:fabric-service-channel-0.2.241-c18z66` is deployed on docker-test and projects runtime `traffic_class_counts`, flow channel count, max in-flight, dropped, and high-watermark from node heartbeats into `GET /fabric/service-channels/access-telemetry` at node, active-channel, and cluster aggregate levels. Web-admin Service-channel access shows flow QoS chips/rows for cluster totals, active channels, and nodes. Live API aggregate result showed `bulk=32`, `interactive=12`, `flow_channel_count=44`, `flow_max_in_flight=4`. Artifacts: `artifacts/c18z65-service-channel-access-qos-telemetry-api-result.json`, `artifacts/c18z65-service-channel-access-qos-telemetry-smoke-result.json`, and `artifacts/c18z66-service-channel-access-qos-aggregate-api-result.json`. - C18Z67 live concurrent QoS proof is implemented and smoke-proven against docker-test backend `rap-backend:fabric-service-channel-0.2.241-c18z66` and node-agent image `rap-node-agent:0.2.239-c18z64`. The smoke pushes six parallel bulk service-channel HTTP packet requests while an interactive traffic-class request is injected through the same entry path after remediation. Run `c18z67-20260508-213452` accepted all 6 bulk requests, forwarded 3072 post-remediation packets, completed the interactive request in 132 ms, observed 32 bulk and 12 interactive replacement-route flow stats, and kept local/compat fallback, route failures, flow drops, and scheduler drops at 0. Artifact: `artifacts/c18z67-service-channel-concurrent-qos-live-smoke-result.json`. - C18Z68 service-channel flow-health guard is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.242-c18z68`, with web-admin rebuilt/deployed. Access telemetry now projects `flow_health_status` and `flow_health_reason` at cluster, node, and active-channel levels from traffic-class counts, queue pressure, flow drops, compat fallback, route-quality failures/drops/slow samples, and route send latency. Web-admin shows explicit flow-health chips beside flow QoS so sustained bulk pressure, degraded latency, fallback, and drops are visible before adding user services. Verification passed: `go test ./internal/modules/cluster`, web-admin `npm run build`, updated C18Z67 live smoke against backend `0.2.242-c18z68`, and live API artifact `artifacts/c18z68-service-channel-flow-health-api-result.json`. - C18Z69 node-side adaptive backpressure is implemented and deployed on docker-test image `rap-node-agent:0.2.243-c18z69` for `test-1/2/3`. `FabricFlowScheduler` now calculates per-traffic-class `recommended_parallel_windows` and reports `adaptive_backpressure_active` / `adaptive_backpressure_reason` in runtime heartbeat snapshots. Bulk and droppable classes are reduced first under pressure, reliable is reduced moderately, while control/interactive keep their full window unless their own class has drops/failures/slow samples. Live C18Z69 smoke wraps the C18Z67 pressure path and verified `bulk=1`, `droppable=1`, `reliable=3`, `interactive=4`, `control=4`, `bulk=32`, `interactive=12`, high-watermark 72, max-in-flight 4, drops 0, and `bulk_window_reduced_to_protect_interactive`. Artifacts: `artifacts/c18z67-service-channel-concurrent-qos-live-smoke-result.json` and `artifacts/c18z69-service-channel-adaptive-backpressure-smoke-result.json`. - C18Z70 backend/admin adaptive backpressure visibility is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.244-c18z70`; web-admin is rebuilt and deployed. Access telemetry now projects node-agent `recommended_parallel_windows`, `adaptive_backpressure_active`, and `adaptive_backpressure_reason` at cluster, node, and active-channel levels. Cluster aggregation uses the minimum non-zero recommended window per class, so the operator sees the most conservative active runtime limit. Web-admin shows adaptive windows next to flow health and flow QoS. Live API returned `adaptive=true`, reason `bulk_window_reduced_to_protect_interactive`, and windows `bulk=1`, `droppable=1`, `reliable=3`, `interactive=4`, `control=4`. Verification passed: `go test ./internal/modules/cluster`, web-admin `npm run build`, C18Z69 live smoke, and `artifacts/c18z70-service-channel-adaptive-telemetry-api-result.json`. - C18Z71 adaptive policy contract is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.245-c18z71` with node-agent image `rap-node-agent:0.2.245-c18z71` on `test-1/2/3`. Backend exposes audited `GET/PUT /clusters/{clusterID}/fabric/service-channels/adaptive-policy` for max parallel window, queue/bulk pressure thresholds, and per-class windows. The effective policy is embedded in signed node synthetic config and node-agent runtime heartbeat snapshots now report `adaptive_policy_fingerprint`. The scheduler consumes the policy at runtime: default policy preserves the C18Z69 behavior, while the C18Z71 live smoke proved an operator policy can raise max window to 6 and bulk pressure window to 2 while keeping interactive/control at 6. During smoke, a signed synthetic config hash mismatch was found and fixed by preserving adaptive policy provenance fields in the node-agent client model. Verification passed: `go test ./internal/modules/cluster`, `go test ./cmd/rap-node-agent ./internal/mesh ./internal/vpnruntime ./internal/client ./internal/config`, web-admin `npm run build`, C18Z71 live smoke, and C18Z69 regression smoke. Artifacts: `artifacts/c18z71-service-channel-adaptive-policy-smoke-result.json` and `artifacts/c18z69-service-channel-adaptive-backpressure-smoke-result.json`. - C18Z72 service-channel pool/failover policy contract is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.246-c18z72`; node-agent remains `rap-node-agent:0.2.245-c18z71` on `test-1/2/3`. Backend exposes audited `GET/PUT /clusters/{clusterID}/fabric/service-channels/pool-policy` for entry/exit pool constraints, preferred entry/exit, selection strategy, route/entry/exit failover modes, compat fallback allowance, and sticky session mode. Lease issuance now applies the effective policy before route selection, constrains `entry_pool`/`exit_pool`, chooses policy preferred nodes when present, embeds `pool_policy` provenance in the lease, and signs it into `rap.fabric_service_channel_lease_authority.v1`. Web-admin API/types know the new policy contract. Verification passed: `go test ./internal/modules/cluster`, web-admin `npm run build`, C18Z72 live smoke, and C18Z71 regression smoke. Artifact: `artifacts/c18z72-service-channel-pool-policy-smoke-result.json`. - C18Z73 pool-policy remediation guard and telemetry is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.247-c18z73` with node-agent image `rap-node-agent:0.2.247-c18z73` on `test-1/2/3`; web-admin is rebuilt and deployed. Active access telemetry now projects the signed `pool_policy_fingerprint`, remediation guard status/reason, and guarded remediation commands. Backend remediation rejects an alternate route outside the signed entry/exit lease pools and emits `rebuild_route` instead of `prefer_alternate_route`; node-agent defensively ignores guarded rejected remediation commands before route-manager application. Web-admin shows guard chips in access telemetry and node synthetic-config remediation rows. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/mesh ./internal/vpnruntime ./internal/config`, web-admin `npm run build`, C18Z73 live smoke, C18Z72 regression smoke, and C18Z71/C18Z67 live regression smoke. Artifacts: `artifacts/c18z73-service-channel-pool-policy-remediation-guard-smoke-result.json`, `artifacts/c18z72-service-channel-pool-policy-smoke-result.json`, `artifacts/c18z71-service-channel-adaptive-policy-smoke-result.json`, and `artifacts/c18z67-service-channel-concurrent-qos-live-smoke-result.json`. - C18Z74 service-channel remediation execution visibility is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.248-c18z74` with node-agent image `rap-node-agent:0.2.248-c18z74` on `test-1/2/3`; web-admin is rebuilt and deployed. Active access telemetry now computes `remediation_execution_status`, reason, generation, and observed timestamp by correlating active remediation commands with the entry node's latest route-manager heartbeat. `prefer_alternate_route` commands show `waiting_node_apply` until the node reports a matching route-manager decision and then `applied`; guarded commands show `rejected_by_policy_guard`; bounded `rebuild_route` commands show `pending_rebuild_request`. The execution state is copied into the machine-readable remediation command and displayed in web-admin access telemetry / node synthetic remediation rows. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/mesh ./internal/vpnruntime ./internal/config`, web-admin `npm run build`, C18Z74 live smoke, C18Z73 regression smoke, and C18Z72 regression smoke. Artifacts: `artifacts/c18z74-service-channel-remediation-execution-smoke-result.json`, `artifacts/c18z67-service-channel-concurrent-qos-live-smoke-result.json`, `artifacts/c18z73-service-channel-pool-policy-remediation-guard-smoke-result.json`, and `artifacts/c18z72-service-channel-pool-policy-smoke-result.json`. - C18Z75 durable remediation rebuild intent foundation is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.249-c18z75`; node-agent remains `rap-node-agent:0.2.248-c18z74` on `test-1/2/3`. When a node fetches synthetic config containing a `rebuild_route` remediation command, backend now records a durable row in the existing `fabric_service_channel_route_rebuild_attempts` ledger with `rebuild_status=requested` / `outcome=rebuild_requested`, or `rebuild_status=rejected` / `outcome=policy_guard_rejected` when the pool policy guard rejects it. Access telemetry correlates that ledger row back to the active channel and reports `rebuild_request_recorded` or `rebuild_request_rejected` in `remediation_execution_status`. The C18Z75 smoke isolates a route pair, proves `rebuild_route`, fetches synthetic config to persist the intent, verifies the rebuild ledger row, and verifies access telemetry reports the recorded execution state. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/mesh ./internal/vpnruntime ./internal/config`, web-admin `npm run build`, C18Z75 live smoke, C18Z73 regression smoke, and C18Z72 regression smoke. Artifacts: `artifacts/c18z75-service-channel-rebuild-intent-smoke-result.json`, `artifacts/c18z73-service-channel-pool-policy-remediation-guard-smoke-result.json`, and `artifacts/c18z72-service-channel-pool-policy-smoke-result.json`. - C18Z76 service-channel rebuild-route node acknowledgement is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.250-c18z76` with node-agent image `rap-node-agent:0.2.250-c18z76` on `test-1/2/3`. Node-agent now consumes allowed `rebuild_route` remediation commands as route-manager decisions with `rebuild_status=pending_degraded_fallback` and `decision_source=service_channel_remediation_command`; guarded commands are still ignored. Backend access telemetry correlates this route-manager acknowledgement with the durable ledger intent and reports `rebuild_request_recorded_node_pending`. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, C18Z76 live smoke, C18Z75 regression smoke, and C18Z74/C18Z67 regression smoke. Artifacts: `artifacts/c18z76-service-channel-rebuild-node-pending-smoke-result.json`, `artifacts/c18z75-service-channel-rebuild-intent-smoke-result.json`, `artifacts/c18z74-service-channel-remediation-execution-smoke-result.json`, and `artifacts/c18z67-service-channel-concurrent-qos-live-smoke-result.json`. - C18Z77 service-channel rebuild planner resolution is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.251-c18z77` with node-agent image `rap-node-agent:0.2.251-c18z77` on `test-1/2/3`. Backend now resolves durable `rebuild_route` remediation requests during node-scoped synthetic config generation: it keeps lease pool-policy guardrails, records `applied` / `replacement_selected` when a signed-pool-valid alternate route exists, records `no_alternate` when no safe alternate exists, records `deferred_by_policy` when the active lease cannot authorize the replacement, and records `expired` for stale commands. When a replacement is applied, the same command id is projected as a route-manager decision so node-agent can consume the resolved planner decision without duplicating the raw command. Access telemetry reports planner states such as `rebuild_request_applied` and `rebuild_request_no_alternate`. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, C18Z77 live smoke, C18Z75 regression smoke, and C18Z74/C18Z67 regression smoke. Artifacts: `artifacts/c18z77-service-channel-rebuild-planner-resolution-smoke-result.json`, `artifacts/c18z75-service-channel-rebuild-intent-smoke-result.json`, `artifacts/c18z74-service-channel-remediation-execution-smoke-result.json`, and `artifacts/c18z67-service-channel-concurrent-qos-live-smoke-result.json`. - C18Z78 service-channel rebuild planner applied-branch visibility is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.252-c18z78` with node-agent image `rap-node-agent:0.2.252-c18z78` on `test-1/2/3`; web-admin is rebuilt and deployed to `rap_web_admin`. The admin access-telemetry execution column and node synthetic remediation rows now render planner outcomes with explicit labels and tones: `rebuild_request_applied` is good, `rebuild_request_recorded(_node_pending)`, `rebuild_request_no_alternate`, and `rebuild_request_deferred_by_policy` are warning states, while rejected or expired requests are bad states. The C18Z78 live smoke proves the applied planner branch: a primary route is leased first, the primary route is then degraded, an alternate route is added after the lease, synthetic config fetch resolves the existing `rebuild_route` command to `applied` / `replacement_selected`, and access telemetry reports `rebuild_request_applied`. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, web-admin `npm run build`, C18Z78 live smoke, C18Z77 regression smoke, and C18Z74/C18Z67 regression smoke. Artifacts: `artifacts/c18z78-service-channel-rebuild-planner-applied-smoke-result.json`, `artifacts/c18z77-service-channel-rebuild-planner-resolution-smoke-result.json`, `artifacts/c18z74-service-channel-remediation-execution-smoke-result.json`, and `artifacts/c18z67-service-channel-concurrent-qos-live-smoke-result.json`. - C18Z79 service-channel planner-to-runtime loop proof is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.253-c18z79` with node-agent image `rap-node-agent:0.2.253-c18z79` on `test-1/2/3`. The new live smoke extends the C18Z78 applied branch: after planner resolves the existing `rebuild_route` command to `applied` / `replacement_selected`, the entry node reports a route-manager decision for the same `rebuild_request_id`, reports transition `applied_rebuild`, and live service-channel packet ingress selects the replacement route with no local/compat fallback, route failures, or flow drops. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, C18Z79 live smoke, C18Z78 and C18Z77 sequential regressions, and C18Z67 concurrent QoS regression. Artifact: `artifacts/c18z79-service-channel-planner-runtime-loop-smoke-result.json`. - C18Z80 service-channel sustained post-rebuild pressure proof is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.254-c18z80` with node-agent image `rap-node-agent:0.2.254-c18z80` on `test-1/2/3`. The new live smoke keeps the C18Z79 planner-applied loop, then sends five post-rebuild bursts of mixed `interactive`, `bulk`, and `reliable` VPN packet batches. It proves every burst is accepted by the service-channel runtime, every burst reports the replacement route, the stale primary is not reselected, and fallback, route-failure, flow-drop, and scheduler-drop deltas stay zero from the pre-pressure baseline. Smoke route hygiene was tightened: C18Z67 now disables pre-existing active `vpn_packets` intents for its entry/exit pair, and C18Z79/C18Z80 expire their temporary primary/alternate intents after a successful run. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, C18Z80 live smoke, C18Z79 regression smoke, and C18Z67 concurrent QoS regression. Artifact: `artifacts/c18z80-service-channel-post-rebuild-pressure-smoke-result.json`. - C18Z81 service-channel replacement-degradation recovery proof is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.255-c18z81` with node-agent image `rap-node-agent:0.2.255-c18z81` on `test-1/2/3`. The new live smoke proves the negative branch after C18Z80: once the initial replacement is applied and used, a generation-valid fenced feedback report for that replacement causes the Control Plane to select a new safe recovery route. Live traffic then moves to the recovery route, the degraded replacement is not reselected, and fallback, route-failure, flow-drop, and scheduler-drop deltas stay zero for the recovery send. The smoke also documents an important guardrail: stale route-generation feedback must not trigger recovery. C18Z67/C18Z79 were tightened to check per-run counter deltas rather than cumulative runtime counters. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, C18Z81 live smoke, C18Z80 regression smoke, C18Z79 regression smoke, and C18Z67 concurrent QoS regression. Artifact: `artifacts/c18z81-service-channel-replacement-degradation-recovery-smoke-result.json`. - C18Z82 service-channel no-safe-recovery proof is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.256-c18z82` with node-agent image `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`. The new live smoke proves the branch where the original primary is degraded, the replacement is applied and used, then that replacement reports generation-valid fenced feedback while no new safe recovery route exists. Node-scoped synthetic config reports `service_channel_feedback_no_alternate` with `pending_degraded_fallback`; score reasons include `no_unfenced_alternate_route` and `backend_relay_degraded_fallback_until_rebuild`, so the Control Plane exposes an explicit degraded/no-alternate state instead of silently sticking to a bad replacement. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, C18Z82 live smoke, C18Z81 recovery regression, C18Z80 pressure regression, and C18Z67 concurrent QoS regression. Artifact: `artifacts/c18z82-service-channel-no-safe-recovery-smoke-result.json`. - C18Z83 service-channel access-telemetry no-safe projection is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.257-c18z83`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Active access telemetry channels now expose route-decision source, route id, replacement route id, rebuild status/reason/generation, and score reasons. Web-admin shows a dedicated `decision` column in the active-channel table. The live smoke proves no-safe recovery is visible through access telemetry as `service_channel_feedback_no_alternate` / `pending_degraded_fallback`, while durable ledger state can still report `rebuild_request_no_alternate`. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, and C18Z83 live smoke. Artifact: `artifacts/c18z83-service-channel-access-telemetry-no-safe-smoke-result.json`. - C18Z84 service-channel access-decision aggregate proof is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.258-c18z84`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Access telemetry now exposes aggregate route-decision counters: `route_decision_channel_count`, `replacement_decision_count`, `applied_rebuild_decision_count`, `recovery_decision_count`, and `no_safe_recovery_decision_count`. Web-admin summary chips show these counts, and no-safe route decisions now prioritize the aggregate reason `active_channels_no_safe_recovery` over generic missing access-report noise. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z84 live smoke, and C18Z83 regression smoke. Artifact: `artifacts/c18z84-service-channel-access-decision-aggregate-smoke-result.json`. - C18Z85 service-channel access-decision incident projection is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.259-c18z85`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Rebuild health summary now carries access decision counts and prioritizes `inspect_access_no_safe_recovery_route_pool_and_signed_policy` when no-safe is active. Rebuild incidents now include `incident_source=access_decision` entries with channel id and operator-facing severity/action, including `access_no_safe_recovery` as a bad incident. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z85 live smoke, and C18Z84 regression smoke. Artifact: `artifacts/c18z85-service-channel-access-decision-incident-smoke-result.json`. - C18Z86 service-channel access-decision silence/acknowledgement is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.261-c18z86`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Rebuild alert silence requests now carry `incident_source` and `channel_id`; `incident_source=access_decision` no-safe incidents require `channel_id` and are stored with channel-scoped route keys. Rebuild health and incident lists apply those silences, so an acknowledged current-generation access no-safe incident is silenced and no longer contributes to active bad count. Generation-change resurfacing is covered in unit tests; live smoke proves the channel-scoped silence path. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z86 live smoke, and C18Z85 regression smoke. Artifact: `artifacts/c18z86-service-channel-access-decision-silence-smoke-result.json`. - C18Z87 service-channel access-decision silence management is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.262-c18z87`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Backend now exposes active rebuild alert silences, enriches access-decision silences with `incident_source`, `channel_id`, and `display_route_id`, and supports unsilence by id. Web-admin shows an `Active rebuild silences` table with an `unsilence` action. The live smoke proves the operator path: access no-safe incident -> silence -> active silence listed -> unsilence -> active bad incident restored. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z87 live smoke, and C18Z86 regression smoke. Artifact: `artifacts/c18z87-service-channel-access-decision-unsilence-smoke-result.json`. - C18Z88 service-channel access-decision resurface proof is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.263-c18z88`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Access-decision incidents now include resurface details (`alert_resurfaced_from_silence_id`, `alert_resurfaced_previous_generation`, and `alert_resurfaced_previous_until`) when a previously acknowledged access-decision incident changes generation/route/channel and becomes active again. Web-admin shows the previous generation/expiry beside resurfaced incidents. The live smoke proves access no-safe -> silence current generation -> route-decision generation changes -> incident resurfaces as active bad with previous-generation metadata preserved. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z88 live smoke, and C18Z87 regression smoke. Artifact: `artifacts/c18z88-service-channel-access-decision-resurface-smoke-result.json`. - C18Z89 service-channel access-decision resurface action loop is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.264-c18z89`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Resurfaced access-decision incidents now include `alert_resurfaced_cause`, `alert_resurfaced_previous_route_id`, and `alert_resurfaced_previous_channel_id`. Web-admin shows the cause beside the resurfaced action text. The live smoke proves the operator path: access no-safe -> silence current generation -> generation changes and resurfaces -> active-channel decision context matches the incident -> re-acknowledge current generation -> incident returns to silenced state. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z89 live smoke, and C18Z88 regression smoke. Artifact: `artifacts/c18z89-service-channel-access-decision-resurface-action-smoke-result.json`. - C18Z90 service-channel production data-plane contract is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.265-c18z90`; node-agent remains `rap-node-agent:0.2.256-c18z82` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Service-channel leases now include a signed `data_plane` contract in the lease, authority payload, introspection response, and lease-maintenance/admin list. The contract declares backend API as control-plane transport, fabric service channel over fabric routes as working/steady-state data transport, backend relay as degraded fallback only, production forwarding required, and service-neutral protocol-agnostic logical flow isolation. Web-admin shows data-plane/fallback policy in service-channel leases. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z90 live smoke, and C18Z89 regression smoke. Artifact: `artifacts/c18z90-service-channel-data-plane-contract-smoke-result.json`. - C18Z91 node-agent data-plane contract consumption is implemented and deployed on docker-test as `rap-node-agent:0.2.266-c18z91` on `test-1/2/3` with backend still `rap-backend:fabric-service-channel-0.2.265-c18z90`. Service-channel VPN packet ingress now parses signed/introspected `data_plane`, validates the production contract, applies the preferred fabric route, logs data-plane mode/transports/backend-relay policy/logical-flow mode, and reports `data_plane_contract` plus last transport/policy fields in heartbeat access telemetry. Verification passed: `go test ./cmd/rap-node-agent ./internal/agent ./internal/mesh ./internal/vpnruntime ./internal/config`, backend cluster tests, web-admin build, C18Z91 live smoke, and C18Z90 regression smoke. Artifact: `artifacts/c18z91-node-agent-data-plane-contract-enforcement-smoke-result.json`. - C18Z92 node-agent backend-fallback policy enforcement is implemented and deployed on docker-test as `rap-node-agent:0.2.267-c18z92` on `test-1/2/3`. If a signed data-plane contract has `backend_relay_policy=disabled`, the service-channel runtime no longer proxies failed/missing fabric-route working data through backend relay; it returns a visible service unavailable result. The live smoke temporarily disables compat fallback in pool policy, issues a no-route lease, verifies `backend_relay_policy=disabled`, posts to test-1, and proves the node rejects with 503 instead of backend relay. Verification passed: node-agent tests, C18Z92 live smoke, and C18Z91 regression smoke. Artifact: `artifacts/c18z92-node-agent-disabled-compat-fallback-smoke-result.json`. - C18Z93 access-telemetry data-plane projection is implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.268-c18z93`; node-agent remains `rap-node-agent:0.2.267-c18z92` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Backend access telemetry now promotes node-reported `data_plane_contract` and last data-plane mode/working transport/steady-state transport/backend relay policy/logical flow mode to cluster, node, and active-channel diagnostics. Web-admin shows summary chips plus channel/node table columns for data-plane adoption and relay policy. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z93 live smoke, C18Z92 regression smoke, and C18Z91 regression smoke. Artifact: `artifacts/c18z93-access-telemetry-data-plane-contract-smoke-result.json`. - C18Z94 data-plane contract incident diagnostics are implemented and deployed on docker-test as `rap-backend:fabric-service-channel-0.2.269-c18z94`; node-agent remains `rap-node-agent:0.2.267-c18z92` on `test-1/2/3`, and web-admin is rebuilt/deployed to `rap_web_admin`. Access/rebuild incident diagnostics now include `incident_source=data_plane_contract` rows for missing data-plane contract reports after accepted traffic, working/steady transport mismatches, logical-flow mismatch, disabled backend relay observed, and degraded/backend-relay policy violations. The smoke now proves disabled backend relay is emitted as a bad incident with action `restore_fabric_route_or_change_signed_backend_relay_policy_before_retry`. Verification passed: `go test ./internal/modules/cluster ./internal/platform/runtime ./internal/modules/nodeagent`, web-admin `npm run build`, C18Z94 live smoke, C18Z93 regression smoke, C18Z92 regression smoke, and C18Z91 regression smoke. Artifact: `artifacts/c18z94-data-plane-contract-incident-smoke-result.json`. - C18Z95 node-agent blocked-fallback telemetry is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.270-c18z95` and node-agent `rap-node-agent:0.2.270-c18z95` on `test-1/2/3`; web-admin is rebuilt/deployed to `rap_web_admin`. Node-agent now reports `compat_fallback_blocked`, `fabric_route_send_failure`, and last data-plane violation status/reason in `fabric_service_channel_access_report`. Backend access telemetry projects those fields to cluster, node, and active-channel rows, and `data_plane_contract` incidents distinguish policy-blocked fallback from real backend relay usage. Verification passed: node-agent tests, backend tests, web-admin build, C18Z95 live smoke, and C18Z94/C18Z93/C18Z92 regressions. Artifact: `artifacts/c18z95-node-agent-blocked-fallback-telemetry-smoke-result.json`. - C18Z96 blocked-fallback rebuild feedback is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; node-agent remains `rap-node-agent:0.2.270-c18z95` on `test-1/2/3`, and web-admin remains deployed. Backend now converts heartbeat access reports with `fabric_route_send_failed_compat_fallback_blocked` into durable fenced `fabric_service_channel_route_feedback` for the active channel primary route. The existing route rebuild planner then selects an authorized replacement route when one exists. Verification passed: backend tests, node-agent tests, web-admin build, C18Z96 live smoke, and C18Z95/C18Z93 regressions. Artifact: `artifacts/c18z96-blocked-fallback-rebuild-feedback-smoke-result.json`. - C18Z97 blocked-fallback feedback dedup is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`. Backend now suppresses repeated access-report-derived route feedback while an active fenced/degraded observation from `fabric_service_channel_access_report` already exists for the same cluster, reporter node, route, and service class. This keeps repeated blocked-fallback send-failure heartbeats from refreshing the same feedback and churning rebuild attempts. Verification passed: backend tests, node-agent tests, C18Z97 live smoke, and C18Z96/C18Z95 regressions. Artifact: `artifacts/c18z97-blocked-fallback-feedback-dedup-smoke-result.json`. - C18Z98 blocked-fallback rebuild correlation is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/deployed to `rap_web_admin`. Backend now carries the originating access-report route-feedback identity into replacement decisions and rebuild-attempt ledger rows: `feedback_observation_id`, `feedback_source`, feedback observed/expiry times, channel/resource ids, and data-plane violation status/reason. Web-admin shows this correlation in Route decisions and Rebuild ledger. Verification passed: backend tests, node-agent tests, web-admin build, C18Z98 live smoke, and C18Z97/C18Z96/C18Z95 regressions. Artifact: `artifacts/c18z98-blocked-fallback-rebuild-correlation-smoke-result.json`. - C18Z99 rebuild correlation filters are implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/deployed to `rap_web_admin`. The rebuild-attempt ledger API now accepts `feedback_source`, `feedback_channel_id`, and `feedback_violation_status` filters, and web-admin exposes them in the rebuild ledger filter form. Verification passed: backend tests, node-agent tests, web-admin build, C18Z99 live smoke, and C18Z98/C18Z97/C18Z96/C18Z95/ C18Z93 regressions. Artifact: `artifacts/c18z99-rebuild-correlation-filter-smoke-result.json`. - C18Z100 rebuild-health feedback breakdown is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/deployed to `rap_web_admin`. The rebuild-health summary now returns `feedback_breakdowns` grouped by feedback source, feedback channel id, and feedback violation status, with total/good/warn/bad/unknown counts, active warn/bad counts, silenced count, latest observation time, and affected reporter nodes/routes. Web-admin shows the breakdown in the Rebuild health panel. Verification passed: backend tests, node-agent tests, web-admin build, C18Z100 live smoke, and C18Z99/C18Z98/C18Z97/C18Z96/C18Z95/ C18Z93 regressions. Artifact: `artifacts/c18z100-rebuild-health-feedback-breakdown-smoke-result.json`. - C18Z101 rebuild-health feedback drilldown UI is implemented and deployed to `rap_web_admin`; backend remains `rap-backend:fabric-service-channel-0.2.281-c18z109`. Web-admin now shows related incident context on rebuild-health feedback breakdown rows and an `open ledger` action that switches to deep rebuild ledger with `feedback_source`, `feedback_channel_id`, and `feedback_violation_status` prefilled from the selected breakdown. Verification passed: web-admin build and deployed asset/download checks. - C18Z102 rebuild-health feedback drilldown audit breadcrumbs are implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/ deployed to `rap_web_admin`. The existing rebuild investigation endpoint now accepts feedback source/channel/violation drilldown payloads and records `fabric.service_channel_rebuild_feedback_breakdown.investigation_opened` cluster audit events before web-admin opens the filtered deep rebuild ledger. Verification passed: backend tests, web-admin build, C18Z102 live smoke, and C18Z100/C18Z99/C18Z98 regressions. Artifact: `artifacts/c18z102-rebuild-health-feedback-drilldown-audit-smoke-result.json`. - C18Z103 Fabric diagnostics drilldown audit visibility is implemented and deployed to `rap_web_admin`; backend remains `rap-backend:fabric-service-channel-0.2.281-c18z109`. Web-admin now filters the loaded cluster audit list for rebuild incident and feedback-breakdown investigation events and shows recent drilldowns in the Fabric diagnostics panel with time, source, feedback filters, target reporter/route, actor, and reason. Verification passed: web-admin build and deployed asset/download checks. - C18Z104 focused Fabric audit loading is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/deployed to `rap_web_admin`. The cluster audit API now accepts repeated or comma-separated `event_type` filters plus `target_type` filters, and Fabric diagnostics loads recent rebuild incident/feedback breakdown investigation breadcrumbs with a dedicated filtered request instead of depending on the generic latest-100 audit list. Verification passed: backend tests, web-admin build, C18Z104 live smoke, and C18Z102/C18Z100 regressions. Artifact: `artifacts/c18z104-focused-fabric-audit-smoke-result.json`. - C18Z105 Fabric drilldown breadcrumb correlation UI is implemented and deployed to `rap_web_admin`; backend remains `rap-backend:fabric-service-channel-0.2.281-c18z109`. Recent investigation rows in Fabric diagnostics now show whether each breadcrumb still matches a current rebuild-health feedback breakdown or visible rebuild incident, and provide an `open` action to jump back into the matching filtered ledger path. Verification passed: web-admin build and deployed asset/download checks. - C18Z106 server-side Fabric drilldown breadcrumb correlation is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/ deployed to `rap_web_admin`. Focused audit reads with `correlation=fabric_diagnostics` now return `correlation_hints` with current diagnostic status and matching rebuild-health feedback breakdown or rebuild incident when present. Web-admin consumes those hints and keeps local matching as fallback. The rebuild-health feedback breakdown window is raised to 100 groups after C18Z100 regression exposed the previous cap could hide fresh failure classes on noisy test history. Verification passed: backend tests, web-admin build, C18Z106 live smoke, and C18Z104/C18Z100 regressions. Artifact: `artifacts/c18z106-audit-correlation-hints-smoke-result.json`. - C18Z107 drilldown breadcrumb summary is implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/deployed to `rap_web_admin`. Audit responses now include compact `audit_summary` aggregates beside `audit_events`; focused Fabric diagnostics uses them to show counts by current diagnostic status, feedback source, feedback violation status, correlated/not-visible totals, and latest time above the Recent investigations rows. Verification passed: backend tests, web-admin build, C18Z107 live smoke, and C18Z106/C18Z104 regressions. Artifact: `artifacts/c18z107-audit-correlation-summary-smoke-result.json`. - C18Z108 dedicated Fabric diagnostics breadcrumbs are implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/deployed to `rap_web_admin`. Backend exposes `GET /clusters/{clusterID}/fabric/service-channels/rebuild-investigations/breadcrumbs` returning `rebuild_investigation_breadcrumbs` with events and summary, so the operator Recent investigations workflow no longer overloads the generic cluster audit endpoint. Verification passed: backend tests, web-admin build, C18Z108 live smoke, and C18Z107/C18Z106/C18Z100 regressions. Artifact: `artifacts/c18z108-dedicated-breadcrumbs-smoke-result.json`. - C18Z109 Fabric diagnostics breadcrumb freshness windows are implemented and deployed on docker-test as backend `rap-backend:fabric-service-channel-0.2.281-c18z109`; web-admin is rebuilt/ deployed to `rap_web_admin`. The dedicated breadcrumb endpoint accepts `current_window_seconds` and `history_window_seconds`, annotates events with `correlation_hints.breadcrumb_status` (`current`, `stale`, `expired`) plus age/window seconds, returns current/stale/expired totals, and includes `counts_by_breadcrumb_status` in summary. Web-admin shows freshness chips and age in Recent investigations. Verification passed: backend tests, web-admin build, C18Z109 live smoke, and C18Z108/C18Z107/C18Z106 regressions. Artifact: `artifacts/c18z109-breadcrumb-freshness-window-smoke-result.json`. - C19Q Remote Workspace mailbox guardrails are implemented and runtime-smoke-proven on docker-test. The adapter-session mailbox handoff now has unit and live coverage for invalid adapter session IDs, unknown sessions, invalid limits, and bounded `drain=true&limit=N` partial drain semantics. This remains probe-only and node-local: it does not enable RDP protocol forwarding, desktop frame transport, Android work, or backend relay behavior. Verification passed: `go test ./internal/mesh` in `agents/rap-node-agent` and `scripts/fabric/c19q-remote-workspace-adapter-mailbox-guardrails-smoke.ps1`. Artifact: `artifacts/c19q-remote-workspace-adapter-mailbox-guardrails-smoke-result.json`. - C19R Remote Workspace mailbox long-poll ergonomics are implemented and runtime-smoke-proven on docker-test. The mailbox endpoint now accepts bounded `wait_ms`, returns explicit `empty`, `waited`, `wait_timeout`, and `wait_ms` fields, and wakes when a delayed mailbox event arrives before timeout. Node-agent image `rap-node-agent:codex-service-supervisor-20260512s` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19R live smoke, and C19Q regression smoke. Artifact: `artifacts/c19r-remote-workspace-mailbox-long-poll-smoke-result.json`. - C19S Remote Workspace mailbox telemetry is implemented and runtime-smoke-proven on docker-test. Workload status and heartbeat telemetry now expose mailbox read/wait/timeout/empty-read counters plus last mailbox read metadata, so adapter consumer polling behavior is visible without enabling desktop frame transport. Node-agent image `rap-node-agent:codex-service-supervisor-20260512t` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19S live smoke, and C19R regression smoke. Artifact: `artifacts/c19s-remote-workspace-mailbox-telemetry-smoke-result.json`. - C19T Remote Workspace mailbox consumer checkpoint/ack metadata is implemented and runtime-smoke-proven on docker-test. The mailbox endpoint now accepts a validated `consumer_id` and optional `ack_sequence`, returns consumer checkpoint/ack/lag/read metadata, and keeps bounded per-session node-local consumer cursor state. Workload status and heartbeat telemetry expose aggregate/current-session consumer read and ack counters. Node-agent image `rap-node-agent:codex-service-supervisor-20260512u` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19T live smoke, and C19S regression smoke. Artifact: `artifacts/c19t-remote-workspace-mailbox-consumer-checkpoint-smoke-result.json`. - C19U Remote Workspace mailbox consumer lifecycle guardrails are implemented and runtime-smoke-proven on docker-test. Consumers can pass `reset_consumer=true` with a validated `consumer_id` to clear cursor state before the current read is recorded. Mailbox responses expose consumer count/capacity, created/reset/evicted lifecycle flags, and consumer timestamps; workload status and heartbeat telemetry expose consumer reset and eviction counters. Node-agent image `rap-node-agent:codex-service-supervisor-20260512v` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19U live smoke, and C19T regression smoke. Artifact: `artifacts/c19u-remote-workspace-mailbox-consumer-lifecycle-smoke-result.json`. - C19V Remote Workspace mailbox consumer cursor inspection is implemented and runtime-smoke-proven on docker-test. Active adapter sessions now expose a read-only `/mesh/v1/remote-workspace/adapter-sessions/{adapter_session_id}/mailbox/consumers` endpoint with bounded cursor snapshots: consumer ids, checkpoint/ack sequences, lag, read/ack totals, and timestamps. The endpoint is read-only and does not increment mailbox reads, acks, resets, or drain events. Node-agent image `rap-node-agent:codex-service-supervisor-20260512w` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19V live smoke, and C19U regression smoke. Artifact: `artifacts/c19v-remote-workspace-mailbox-consumer-snapshot-smoke-result.json`. - C19W Remote Workspace mailbox cursor-aware resume reads are implemented and runtime-smoke-proven on docker-test. The mailbox endpoint now accepts `after_sequence` for non-destructive reads, returns `skipped_count` and `returned_count`, and long-polls for events newer than the requested sequence. `after_sequence` with `drain=true` is rejected to keep resume reads separate from destructive drains. Node-agent image `rap-node-agent:codex-service-supervisor-20260512x` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19W live smoke, and C19V regression smoke. Artifact: `artifacts/c19w-remote-workspace-mailbox-after-sequence-smoke-result.json`. - C19X Remote Workspace mailbox consumer-aware resume is implemented and runtime-smoke-proven on docker-test. Mailbox reads with `consumer_id` can pass `resume_from=ack|checkpoint`; the node-agent resolves the stored cursor to `after_sequence` before reading and returns `resume_from`/`resume_sequence`. Guardrails reject mixing resume with manual `after_sequence`, drain, reset, missing consumers, or invalid cursor names. Node-agent image `rap-node-agent:codex-service-supervisor-20260512y` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19X live smoke, and C19W regression smoke. Artifact: `artifacts/c19x-remote-workspace-mailbox-consumer-resume-smoke-result.json`. - C19Y Remote Workspace mailbox resume telemetry is implemented and runtime-smoke-proven on docker-test. Workload status and heartbeat telemetry now expose resume/after-sequence read totals, returned/skipped totals, and the last resume cursor/sequence/consumer plus returned/skipped counts for operator diagnostics. Session snapshots include the same per-session resume counters. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Y live smoke, C19X source smoke, and C19W regression smoke. Artifact: `artifacts/c19y-remote-workspace-mailbox-resume-telemetry-smoke-result.json`. - C19Z Remote Workspace adapter runtime readiness summary is implemented and runtime-smoke-proven on docker-test. The sink report now includes compact `adapter_runtime_readiness` diagnostics with session lifecycle state, mailbox depth, consumer cursor, resume cursor, skipped/returned counts, and ready/diagnostic status for operator handoff checks. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z1` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z live smoke, C19X source smoke, and C19Y regression smoke. Artifact: `artifacts/c19z-remote-workspace-adapter-readiness-smoke-result.json`. - C19Z1 Remote Workspace mailbox handoff preflight is implemented and runtime-smoke-proven on docker-test. The node-agent now exposes read-only `GET /mesh/v1/remote-workspace/adapter-sessions/{adapter_session_id}/mailbox/preflight` for `consumer_id` plus `resume_from=ack|checkpoint`; it validates the cursor and reports the expected next event window without reading, draining, acking, or mutating consumer state. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z2` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z1 live smoke, C19X source smoke, and C19Z regression smoke. Artifact: `artifacts/c19z1-remote-workspace-mailbox-preflight-smoke-result.json`. - C19Z2 Remote Workspace mailbox preflight telemetry is implemented and runtime-smoke-proven on docker-test. Workload status and heartbeat telemetry now expose `mailbox_preflight_total`, ack/checkpoint preflight counters, and last preflight session/consumer/cursor/window fields; readiness diagnostics also carry the latest preflight summary. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z3` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z2 live smoke, C19Z1 source smoke, and C19Z1 regression smoke. Artifact: `artifacts/c19z2-remote-workspace-mailbox-preflight-telemetry-smoke-result.json`. - C19Z3 Remote Workspace mailbox stale-cursor preflight diagnostics are implemented and runtime-smoke-proven on docker-test. Preflight responses now report retained mailbox sequence bounds, `diagnostic_state`, `stale_cursor`, and `missing_dropped_count` when a consumer cursor points behind dropped bounded-mailbox events. Workload/heartbeat preflight telemetry and readiness diagnostics mirror the stale-cursor state. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z4` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z3 live smoke, and C19Z2 regression smoke. Artifact: `artifacts/c19z3-remote-workspace-mailbox-stale-preflight-smoke-result.json`. - C19Z4 Remote Workspace mailbox preflight action hints are implemented and runtime-smoke-proven on docker-test. Preflight responses now include `recommended_action` and `action_hints`; stale cursor gaps recommend `reset_consumer_and_resync` with hints to reset the consumer cursor, request a full adapter resync, and resume from checkpoint after resync. The latest action hints are mirrored in preflight telemetry and readiness diagnostics. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z5` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z4 live smoke, C19Z3 source smoke, and C19Z3 regression smoke. Artifact: `artifacts/c19z4-remote-workspace-mailbox-preflight-action-hints-smoke-result.json`. - C19Z5 Remote Workspace mailbox preflight remediation provenance is implemented and runtime-smoke-proven on docker-test. Preflight responses, telemetry, and readiness diagnostics now include `action_reason` and structured `action_context` with cursor, retained sequence bounds, dropped/missing counts, and expected window counters explaining why the action hints were chosen. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z6` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z5 live smoke, C19Z4 source smoke, and C19Z4 regression smoke. Artifact: `artifacts/c19z5-remote-workspace-mailbox-preflight-provenance-smoke-result.json`. - C19Z6 Remote Workspace mailbox preflight operator summary is implemented and runtime-smoke-proven on docker-test. Preflight responses, telemetry, and readiness diagnostics now include `operator_summary` plus compact `operator_summary_fields` with diagnostic state, recommended action, action reason, resume cursor, retained bounds, missing dropped count, and expected window counters. This keeps dashboard/handoff text derived from the same read-only preflight state without mutating mailbox cursors. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z7` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z6 live smoke, C19Z5 source smoke, and C19Z5 regression smoke. Artifact: `artifacts/c19z6-remote-workspace-mailbox-preflight-summary-smoke-result.json`. - C19Z7 Remote Workspace mailbox preflight operator severity is implemented and runtime-smoke-proven on docker-test. Preflight responses, telemetry, and readiness diagnostics now include machine-sortable `operator_status` and `operator_severity`, mirrored into `operator_summary_fields`; stale cursor gaps classify as `resync_required` / `warn`, ready windows as `ready_to_resume` / `ok`, and caught-up cursors as `caught_up` / `info`. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z8` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z7 live smoke, C19Z6 source smoke, and C19Z6 regression smoke. Artifact: `artifacts/c19z7-remote-workspace-mailbox-preflight-severity-smoke-result.json`. - C19Z8 Remote Workspace mailbox preflight readiness rollup is implemented and runtime-smoke-proven on docker-test. `adapter_runtime_readiness` now preserves all existing flat latest-preflight fields and also exposes a grouped `last_preflight` object with observed time, consumer/cursor, expected window counts, diagnostic state, action hints/provenance, operator summary/status/ severity, and summary fields for admin UI consumption. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z9` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z8 live smoke, C19Z3 source smoke with `-SkipClose`, and C19Z7 regression smoke. Artifact: `artifacts/c19z8-remote-workspace-mailbox-preflight-rollup-smoke-result.json`. - C19Z9 Remote Workspace mailbox preflight retained-window rollup detail is implemented and runtime-smoke-proven on docker-test. The readiness `last_preflight` object now exposes `first_retained_sequence`, `last_retained_sequence`, and `mailbox_dropped_total` alongside the expected window, stale-cursor, action, and operator fields, so admin UI can explain why a cursor is outside the retained bounded-mailbox window without reopening the raw preflight response. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z10` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z9 live smoke, C19Z8 source smoke, and C19Z8 regression smoke. Artifact: `artifacts/c19z9-remote-workspace-mailbox-preflight-retained-window-smoke-result.json`. - C19Z10 Remote Workspace mailbox preflight remediation checklist is implemented and runtime-smoke-proven on docker-test. The readiness `last_preflight` object now includes `remediation_checklist`, a structured operator checklist derived from diagnostic state/action hints. Stale cursor gaps surface required unsatisfied steps for resetting the consumer cursor, requesting full adapter resync, and resuming from checkpoint after resync; ready windows surface a satisfied resume step. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z11` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z10 live smoke, C19Z9 source smoke, and C19Z9 regression smoke. Artifact: `artifacts/c19z10-remote-workspace-mailbox-preflight-checklist-smoke-result.json`. - C19Z11 Remote Workspace mailbox preflight checklist status is implemented and runtime-smoke-proven on docker-test. The readiness `last_preflight` object now includes `remediation_checklist_status` plus `remediation_checklist_counts` with total, required, satisfied, and pending counts, so admin UI can show `ready` or `action_required` without scanning the checklist array. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z12` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z11 live smoke, C19Z10 source smoke, and C19Z10 regression smoke. Artifact: `artifacts/c19z11-remote-workspace-mailbox-preflight-checklist-status-smoke-result.json`. - C19Z12 Remote Workspace mailbox preflight operator status counters are implemented and runtime-smoke-proven on docker-test. Session readiness now exposes `mailbox_preflight_operator_status_counts` and `mailbox_preflight_operator_severity_counts`, and the grouped `last_preflight` rollup mirrors them as `operator_status_counts` and `operator_severity_counts`. This lets operators spot repeated `resync_required` / `warn` preflights without storing a history log. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z13` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z12 live smoke, C19Z11 source smoke, and C19Z11 regression smoke. Artifact: `artifacts/c19z12-remote-workspace-mailbox-preflight-status-counts-smoke-result.json`. - C19Z13 Remote Workspace mailbox preflight attention status is implemented and runtime-smoke-proven on docker-test. Session readiness now exposes `preflight_attention_status`, mirrored in `last_preflight`, derived from status/severity counters as `clean`, `needs_attention`, `repeated_resync_required`, or `unknown`. This gives admin UI a sortable preflight health value without interpreting count maps. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z14` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z13 live smoke, C19Z12 source smoke, and C19Z12 regression smoke. Artifact: `artifacts/c19z13-remote-workspace-mailbox-preflight-attention-smoke-result.json`. - C19Z14 Remote Workspace mailbox repeated-resync preflight proof is implemented and runtime-smoke-proven on docker-test. Unit and live smoke coverage now perform multiple stale preflight checks on the same active adapter session and prove `preflight_attention_status=repeated_resync_required` with `resync_required` / `warn` counters at 2 or higher. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z15` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z14 live smoke, C19Z3 source smoke with `-SkipClose`, and C19Z13 regression smoke. Artifact: `artifacts/c19z14-remote-workspace-mailbox-preflight-repeated-attention-smoke-result.json`. - C19Z15 Remote Workspace mailbox preflight attention reason is implemented and runtime-smoke-proven on docker-test. Session readiness and `last_preflight` now expose `preflight_attention_reason` beside `preflight_attention_status`, with reasons such as `no_resync_required_preflight_observed`, `resync_required_preflight_observed`, and `resync_required_preflight_repeated`, so admin UI can explain the status without parsing counters. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z16` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z15 live smoke, C19Z14 source smoke, and C19Z14 regression smoke. Artifact: `artifacts/c19z15-remote-workspace-mailbox-preflight-attention-reason-smoke-result.json`. - C19Z16 Remote Workspace mailbox preflight attention reason coverage is implemented and runtime-smoke-proven on docker-test. Unit coverage now proves clean, single-resync, repeated-resync, and no-preflight reason/status summaries, and live smoke proves the single stale-preflight reason `resync_required_preflight_observed`. This is coverage-only on top of `rap-node-agent:codex-service-supervisor-20260512z16`, which remains deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z16 live smoke, C19Z13 source smoke, and C19Z15 regression smoke. Artifact: `artifacts/c19z16-remote-workspace-mailbox-preflight-attention-reason-coverage-smoke-result.json`. - C19Z17 Remote Workspace mailbox preflight diagnostics contract marker is implemented and runtime-smoke-proven on docker-test. The readiness `last_preflight` rollup now includes `diagnostics_schema_version` and `diagnostics_contract` entries for `retained_window`, `remediation_checklist`, `attention`, and `operator_counts`, allowing admin UI to gate rendering safely. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z17` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z17 live smoke, C19Z16 source smoke, and C19Z16 regression smoke. Artifact: `artifacts/c19z17-remote-workspace-mailbox-preflight-contract-smoke-result.json`. - C19Z18 Remote Workspace mailbox preflight diagnostics feature flags are implemented and runtime-smoke-proven on docker-test. The readiness `last_preflight` rollup now includes boolean `diagnostics_features` for `retained_window`, `remediation_checklist`, `attention`, and `operator_counts`, so UI and diagnostics clients can gate fields without scanning the contract list. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z18` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z18 live smoke, and C19Z17 regression smoke. Artifact: `artifacts/c19z18-remote-workspace-mailbox-preflight-feature-flags-smoke-result.json`. - C19Z19 Remote Workspace mailbox preflight diagnostics compatibility proof is complete on docker-test. This coverage-only layer verifies that the grouped preflight diagnostics contract remains available in both forms: `diagnostics_contract` string entries and matching boolean `diagnostics_features` flags for retained-window, remediation-checklist, attention, and operator-count diagnostics. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260512z18` deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z19 live smoke. Artifact: `artifacts/c19z19-remote-workspace-mailbox-preflight-contract-compatibility-smoke-result.json`. - C19Z20 Remote Workspace mailbox preflight absence proof is complete on docker-test. Unit and live smoke coverage now prove that an active adapter session before any mailbox preflight reports `mailbox_preflight_total=0`, `preflight_attention_status=unknown`, `preflight_attention_reason=no_preflight_observed`, and no grouped `last_preflight` rollup. This lets admin UI distinguish "not observed yet" from an observed clean diagnostics bundle. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260512z18` deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z20 live smoke. Artifact: `artifacts/c19z20-remote-workspace-mailbox-preflight-absence-smoke-result.json`. - C19Z21 Remote Workspace no-active-session readiness proof is implemented and runtime-smoke-proven on docker-test. Readiness now reports the terminal state from the terminal session ledger when the last adapter session is closed, so `last_session_state=closed` instead of the last delivery state. Unit and live smoke coverage prove `status=idle`, `ready=false`, `active_session_count=0`, `diagnostic_state=last_session_terminal_or_expired`, no active `adapter_session_id`, no grouped `last_preflight`, and the closed last session id/state. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z21` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z21 live smoke. Artifact: `artifacts/c19z21-remote-workspace-no-active-session-readiness-smoke-result.json`. - C19Z22 Remote Workspace terminal-state readiness coverage is complete on docker-test. Unit and live smoke coverage now prove the same no-active-session readiness shape for `expire` and `reset` controls: idle/not-ready, zero active sessions, no active `adapter_session_id`, no grouped `last_preflight`, and terminal `last_session_state=expired` or `last_session_state=reset` from the terminal-session ledger. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z22` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z22 live smoke. Artifact: `artifacts/c19z22-remote-workspace-terminal-state-readiness-smoke-result.json`. - C19Z23 Remote Workspace terminal-session summary metadata is implemented and runtime-smoke-proven on docker-test. When readiness has no active adapter session but the last adapter session is terminal, it now includes `terminal_session_summary` with `adapter_session_id`, `session_state`, `reason`, and `controlled_at`, while retaining the existing flat compatibility fields. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z23` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z23 live smoke. Artifact: `artifacts/c19z23-remote-workspace-terminal-session-summary-smoke-result.json`. - C19Z24 Remote Workspace terminal-session summary contract marker is implemented and runtime-smoke-proven on docker-test. The grouped `terminal_session_summary` now includes `schema_version=rap.remote_workspace_adapter_terminal_session_summary.v1` and `summary_contract` entries for `adapter_session_id`, `session_state`, `reason`, and `controlled_at`, allowing admin UI to gate the block safely. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z24` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z24 live smoke. Artifact: `artifacts/c19z24-remote-workspace-terminal-summary-contract-smoke-result.json`. - C19Z25 Remote Workspace terminal-session summary feature flags are implemented and runtime-smoke-proven on docker-test. The grouped `terminal_session_summary` now includes boolean `summary_features` for `adapter_session_id`, `session_state`, `reason`, and `controlled_at`, mirroring the preflight diagnostics contract/feature pattern. Node-agent image `rap-node-agent:codex-service-supervisor-20260512z25` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z25 live smoke. Artifact: `artifacts/c19z25-remote-workspace-terminal-summary-features-smoke-result.json`. - C19Z26 Remote Workspace terminal-session summary compatibility proof is complete on docker-test. This coverage-only layer verifies that `summary_contract` and boolean `summary_features` stay consistent for `adapter_session_id`, `session_state`, `reason`, and `controlled_at` across workload and telemetry reports. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260512z25` deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z26 live smoke. Artifact: `artifacts/c19z26-remote-workspace-terminal-summary-compatibility-smoke-result.json`. - C19Z27 Remote Workspace terminal-session summary absence proof is complete on docker-test. Unit and live smoke coverage now verify that a fresh adapter runtime before any session or terminal history reports `diagnostic_state=waiting_for_session`, zero active/terminal sessions, no `last_adapter_session_id`, no `last_session_state`, no grouped `terminal_session_summary`, and no `last_preflight`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260512z25` deployed on `test-1/2/3` after a clean runtime restart. Verification passed: `go test ./internal/mesh` and C19Z27 live smoke. Artifact: `artifacts/c19z27-remote-workspace-terminal-summary-absence-smoke-result.json`. - C19Z28 Remote Workspace no-session readiness summary is implemented and runtime-smoke-proven on docker-test. Fresh adapter runtime readiness now includes grouped `no_session_summary` with `schema_version=rap.remote_workspace_adapter_no_session_summary.v1`, `summary_contract` entries for `status`, `diagnostic_state`, `active_session_count`, and `terminal_session_count`, and matching idle waiting-for-session values. The terminal summary absence contract remains intact for empty runtime state. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z28` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z28 live smoke, and C19Z27 regression smoke. Artifact: `artifacts/c19z28-remote-workspace-no-session-summary-smoke-result.json`. - C19Z29 Remote Workspace no-session summary feature flags are implemented and runtime-smoke-proven on docker-test. The grouped `no_session_summary` now includes boolean `summary_features` for `status`, `diagnostic_state`, `active_session_count`, and `terminal_session_count`, mirroring the terminal summary and preflight diagnostics contract/feature pattern. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z29` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh`, C19Z29 live smoke, and C19Z28 regression smoke. Artifact: `artifacts/c19z29-remote-workspace-no-session-summary-features-smoke-result.json`. - C19Z30 Remote Workspace no-session summary compatibility proof is complete on docker-test. This coverage-only layer verifies that `summary_contract` entries and boolean `summary_features` stay aligned for `status`, `diagnostic_state`, `active_session_count`, and `terminal_session_count` across workload and telemetry reports. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z29` deployed on `test-1/2/3`. Verification passed: `go test ./internal/mesh` and C19Z30 live smoke. Artifact: `artifacts/c19z30-remote-workspace-no-session-summary-compatibility-smoke-result.json`. - C19Z31 Remote Workspace terminal-history no-session summary absence proof is complete on docker-test. This focused live-smoke layer verifies that once a session reaches terminal states (`expired` and `reset`), readiness switches to grouped `terminal_session_summary` and does not include grouped `no_session_summary` in either workload or telemetry reports. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z29` deployed on `test-1/2/3`. Verification passed: C19Z31 live smoke. Artifact: `artifacts/c19z31-remote-workspace-terminal-history-no-session-summary-absence-smoke-result.json`. - C19Z32 Remote Workspace readiness summary exclusivity proof is complete on docker-test. Unit and live smoke coverage now verify that grouped `no_session_summary` and `terminal_session_summary` are mutually exclusive across fresh, active, and terminal readiness states: fresh has only `no_session_summary`, active has neither grouped summary, and terminal has only `terminal_session_summary`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z29` after a clean runtime restart. Verification passed: `go test ./internal/mesh` and C19Z32 live smoke. Artifact: `artifacts/c19z32-remote-workspace-readiness-summary-exclusivity-smoke-result.json`. - C19Z33 Remote Workspace readiness state matrix artifact is complete on docker-test. The live smoke now generates a compact six-row fresh/active/terminal x workload/telemetry matrix with only the admin-facing `adapter_runtime_readiness` fields and summary-presence booleans, avoiding the large nested source smoke payload in the handoff artifact. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z29` after a clean runtime restart. Verification passed: C19Z33 live smoke. Artifact: `artifacts/c19z33-remote-workspace-readiness-state-matrix-smoke-result.json`. - C19Z34 Remote Workspace probe-to-runtime gate artifact is complete on docker-test. The live smoke now records that the current runtime remains `execution_mode=contract_probe`, `probe_only=true`, and `payload_traffic=none` across the readiness matrix, lists the contracts ready for admin/runtime handoff, and lists the remaining gates before real RDP frame transport can be enabled. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z29` after a clean runtime restart. Verification passed: C19Z34 live smoke. Artifact: `artifacts/c19z34-remote-workspace-probe-to-runtime-gate-smoke-result.json`. - C19Z35 Remote Workspace real-adapter supervision scaffold is implemented and runtime-smoke-proven on docker-test. The `rdp-worker` contract-probe workload status now includes disabled-by-default `real_adapter_supervision` schema `rap.remote_workspace_real_adapter_supervision.v1`, future config env names, status contract fields, and guardrails. The active execution mode remains `contract_probe`, the future real adapter path reports disabled/blocked when requested, and payload traffic remains `none`. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z35` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/supervisor ./internal/mesh` and C19Z35 live smoke. Artifact: `artifacts/c19z35-remote-workspace-real-adapter-supervision-scaffold-smoke-result.json`. - C19Z36 Remote Workspace real-adapter supervision compatibility proof is complete on docker-test. Unit and live smoke coverage now verify that the disabled scaffold keeps `enabled=false`, `activation_state`, `execution_mode`, `payload_traffic=none`, `process_model`, `config_env`, `status_contract`, and guardrails aligned in workload status. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z35` deployed on `test-1/2/3`. Verification passed: `go test ./internal/supervisor ./internal/mesh` and C19Z36 live smoke. Artifact: `artifacts/c19z36-remote-workspace-real-adapter-supervision-compatibility-smoke-result.json`. - C19Z37 Remote Workspace disabled real-adapter config projection is implemented and runtime-smoke-proven on docker-test. Node-agent config now reads `RAP_REMOTE_WORKSPACE_REAL_ADAPTER_ENABLED`, `RAP_REMOTE_WORKSPACE_REAL_ADAPTER_COMMAND`, `RAP_REMOTE_WORKSPACE_REAL_ADAPTER_ARGS_JSON`, and `RAP_REMOTE_WORKSPACE_REAL_ADAPTER_WORKDIR`, passes the sanitized shape into supervisor status, and exposes `rap.remote_workspace_real_adapter_config_projection.v1` under the disabled `real_adapter_supervision` contract. The projection reports `enabled_requested`, command/args/workdir presence, args JSON shape, and `raw_values_redacted=true`; raw command/args/workdir values are not exposed. Even with `RAP_REMOTE_WORKSPACE_REAL_ADAPTER_ENABLED=true`, the contract keeps `enabled=false`, `activation_allowed=false`, and `payload_traffic=none`. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z37` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/config ./internal/supervisor ./internal/mesh`, `git diff --check`, and C19Z37 live smoke. Artifact: `artifacts/c19z37-remote-workspace-real-adapter-config-projection-smoke-result.json`. - C19Z38 Remote Workspace real-adapter config projection compatibility proof is complete on docker-test. Unit coverage now verifies default/empty config, requested array args, object args, and opaque args shapes. Live smoke assigns the native `rdp-worker` contract probe to `test-1` and `test-2`: `test-1` runs with future real-adapter env and proves requested presence/`json_array` shape, while `test-2` runs without those env values and proves `enabled_requested=false`, absent command/args/workdir, and `args_json_shape` `absent`. Both paths keep `enabled=false`, `activation_allowed=false`, `raw_values_redacted=true`, and `payload_traffic=none`. Verification passed: `go test ./internal/supervisor` and C19Z38 live smoke. Artifact: `artifacts/c19z38-remote-workspace-real-adapter-config-projection-compatibility-smoke-result.json`. - C19Z39 Remote Workspace real-adapter activation decision contract is implemented and runtime-smoke-proven on docker-test. The disabled `real_adapter_supervision` contract now includes `activation_decision` schema `rap.remote_workspace_real_adapter_activation_decision.v1`, with `decision=blocked`, `reason=real_runtime_stage_not_enabled`, `activation_allowed=false`, `payload_traffic=none`, `enabled_requested` mirrored from config, and explicit required/missing gates: `real_runtime_stage_enabled`, `fabric_service_channel_runtime_ready`, `adapter_process_supervisor_enabled`, and `payload_forwarding_contract_enabled`. Live smoke proves both requested (`test-1`) and default/empty (`test-2`) paths remain blocked. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z39` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/supervisor` and C19Z39 live smoke. Artifact: `artifacts/c19z39-remote-workspace-real-adapter-activation-decision-smoke-result.json`. - C19Z40 Remote Workspace real-adapter handoff report is complete on docker-test. Unit coverage now verifies that config projection and activation decision stay aligned for default and requested config. The live smoke emits a compact two-row handoff artifact for requested (`test-1`) and default (`test-2`) nodes, proving `contract_probe` remains active, the supervision scaffold is compatible, projection is compatible, activation decision is blocked, missing gates are explicit, and projection/decision fields are aligned. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z39`. Verification passed: `go test ./internal/supervisor` and C19Z40 live smoke. Artifact: `artifacts/c19z40-remote-workspace-real-adapter-handoff-report-smoke-result.json`. - C19Z41 Remote Workspace real-adapter feature flags are implemented and runtime-smoke-proven on docker-test. The disabled `real_adapter_supervision` contract now includes a `features` map with booleans for `config_projection`, `activation_decision`, `missing_gates`, and `raw_values_redacted`; `status_contract` includes `features` so UI and automation can gate rendering without parsing contract lists. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z41` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/supervisor` and C19Z41 live smoke. Artifact: `artifacts/c19z41-remote-workspace-real-adapter-feature-flags-smoke-result.json`. - C19Z42 Remote Workspace real-adapter handoff v2 report is complete on docker-test. The live smoke folds C19Z41 `features` into the compact requested/default handoff rows from C19Z40 and proves scaffold compatibility, config projection compatibility, blocked activation decision compatibility, feature flag compatibility, explicit missing gates, and projection/decision/features alignment in one artifact. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z41`. Verification passed: C19Z42 live smoke. Artifact: `artifacts/c19z42-remote-workspace-real-adapter-handoff-v2-smoke-result.json`. - C19Z43 Remote Workspace real-adapter desired-workload precedence proof is complete on docker-test. Unit and live smoke coverage now verify that when a native `rdp-worker` desired workload requests both `adapter_contract_probe` and `real_adapter_supervision`, the safe contract-probe path retains precedence: reported state remains `running`, `execution_mode=contract_probe`, the disabled real-adapter branch is not selected, activation decision remains `blocked`, and payload traffic remains `none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z41`. Verification passed: `go test ./internal/supervisor` and C19Z43 live smoke. Artifact: `artifacts/c19z43-remote-workspace-real-adapter-precedence-smoke-result.json`. - C19Z44 Remote Workspace real-adapter-only desired-workload disabled proof is complete on docker-test. Unit and live smoke coverage now verify the inverse negative path: when a native `rdp-worker` desired workload requests only `real_adapter_supervision=true` without `adapter_contract_probe`, the status remains `degraded`, `execution_mode=real_adapter_supervision_disabled`, traffic is `blocked`, `payload_traffic=none`, config projection and activation decision mirror `enabled_requested=true`, activation remains `blocked`, missing gates remain explicit, and feature flags stay visible. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z41`. Verification passed: `go test ./internal/supervisor` and C19Z44 live smoke. Artifact: `artifacts/c19z44-remote-workspace-real-adapter-only-disabled-smoke-result.json`. - C19Z45 Remote Workspace real-adapter desired-workload mode matrix is complete on docker-test. The live smoke emits a compact three-row matrix for `probe_only`, `real_adapter_only`, and `probe_and_real_adapter` desired config modes. It proves expected reported state, execution mode, traffic, `payload_traffic=none`, `enabled=false`, activation decision `blocked`, `activation_allowed=false`, projected `enabled_requested=true`, and feature visibility across all three rows. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z41`. Verification passed: C19Z45 live smoke. Artifact: `artifacts/c19z45-remote-workspace-real-adapter-mode-matrix-smoke-result.json`. - C19Z46 Remote Workspace real-adapter mode matrix compatibility proof is complete on docker-test. The C19Z45 matrix rows now include explicit `missing_gates_visible` and `feature_flags_visible` booleans, and C19Z46 validates the row contract fields plus expected values for `probe_only`, `real_adapter_only`, and `probe_and_real_adapter`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z41`. Verification passed: C19Z46 live smoke. Artifact: `artifacts/c19z46-remote-workspace-real-adapter-mode-matrix-compatibility-smoke-result.json`. - C19Z47 Remote Workspace disabled process-supervisor preconditions contract is implemented and runtime-smoke-proven on docker-test. The disabled `real_adapter_supervision` status now includes `process_supervisor_preconditions` schema `rap.remote_workspace_real_adapter_process_supervisor_preconditions.v1` with `process_start_allowed=false`, `reason=disabled_until_real_runtime_stage`, sanitized command/args/workdir presence booleans, required checks, and matching missing checks. Features now include `process_supervisor_preconditions` and `process_supervisor_start_disabled`. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z47` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/supervisor` and C19Z47 live smoke. Artifact: `artifacts/c19z47-remote-workspace-real-adapter-process-preconditions-smoke-result.json`. - C19Z48 Remote Workspace process-supervisor preconditions compatibility proof is complete on docker-test. The live smoke uses C19Z47 as source and verifies required fields, requested/default config shapes, required/missing checks, and `process_start_allowed=false` for both requested and default nodes. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z47`. Verification passed: C19Z48 live smoke. Artifact: `artifacts/c19z48-remote-workspace-real-adapter-process-preconditions-compatibility-smoke-result.json`. - C19Z49 Remote Workspace real-adapter handoff v3 report is complete on docker-test. The compact requested/default handoff rows now include process-supervisor preconditions alongside scaffold, config projection, activation decision, feature flags, missing gates, and alignment checks. It proves preconditions compatibility, `process_start_allowed=false`, and alignment between feature flags, preconditions, and blocked activation decision. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z47`. Verification passed: C19Z49 live smoke. Artifact: `artifacts/c19z49-remote-workspace-real-adapter-handoff-v3-smoke-result.json`. - C19Z50 Remote Workspace real-adapter mode matrix v2 is complete on docker-test. The three-row desired-workload mode matrix now includes process-supervisor preconditions for `probe_only`, `real_adapter_only`, and `probe_and_real_adapter`, proving `process_start_allowed=false`, missing precondition checks are visible, process-start-disabled feature is visible, activation remains blocked, and payload traffic remains `none` for every mode. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z47`. Verification passed: C19Z50 live smoke. Artifact: `artifacts/c19z50-remote-workspace-real-adapter-mode-matrix-v2-smoke-result.json`. - C19Z51 Remote Workspace real-adapter mode matrix v2 compatibility proof is complete on docker-test. The live smoke uses C19Z50 as source and validates the row contract fields plus expected values for `probe_only`, `real_adapter_only`, and `probe_and_real_adapter`, including blocked activation, `process_start_allowed=false`, precondition visibility, missing checks visibility, process-start-disabled feature visibility, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z47`. Verification passed: C19Z51 live smoke. Artifact: `artifacts/c19z51-remote-workspace-real-adapter-mode-matrix-v2-compatibility-smoke-result.json`. - C19Z52 Remote Workspace disabled process-health-probe contract is implemented and runtime-smoke-proven on docker-test. The disabled `real_adapter_supervision` status now includes `process_health_probe` schema `rap.remote_workspace_real_adapter_process_health_probe.v1` with `health_probe_enabled=false`, `reason=disabled_until_real_runtime_stage`, `payload_traffic=none`, `probe_model=external_process_health`, required signals, and matching missing signals. Features now include `process_health_probe` and `process_health_probe_disabled`. Node-agent image `rap-node-agent:codex-service-supervisor-20260513z52` is built and deployed on `test-1/2/3`. Verification passed: `go test ./internal/supervisor` and C19Z52 live smoke. Artifact: `artifacts/c19z52-remote-workspace-real-adapter-process-health-probe-smoke-result.json`. - C19Z53 Remote Workspace process-health-probe compatibility proof is complete on docker-test. The live smoke uses C19Z52 as source and verifies required fields, requested/default health probe forms, required/missing signals, `health_probe_enabled=false`, and `payload_traffic=none` in both forms. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z53 live smoke. Artifact: `artifacts/c19z53-remote-workspace-real-adapter-process-health-probe-compatibility-smoke-result.json`. - C19Z54 Remote Workspace real-adapter handoff v4 report is complete on docker-test. The compact requested/default handoff rows now include process-health-probe visibility alongside the supervision scaffold, config projection, activation decision, feature flags, process-supervisor preconditions, required env, missing gates, missing precondition checks, and missing health signals. It proves `health_probe_enabled=false`, `payload_traffic=none`, health-probe-disabled feature visibility, and alignment across all disabled real-adapter contracts. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z54 live smoke. Artifact: `artifacts/c19z54-remote-workspace-real-adapter-handoff-v4-smoke-result.json`. - C19Z55 Remote Workspace real-adapter mode matrix v3 is complete on docker-test. The three-row desired-workload matrix now includes process-health-probe visibility for `probe_only`, `real_adapter_only`, and `probe_and_real_adapter`, proving `health_probe_enabled=false`, missing health signals are visible, health-probe-disabled feature is visible, process start remains disabled, activation remains blocked, and `payload_traffic=none` for every mode. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z55 live smoke. Artifact: `artifacts/c19z55-remote-workspace-real-adapter-mode-matrix-v3-smoke-result.json`. - C19Z56 Remote Workspace real-adapter mode matrix v3 compatibility proof is complete on docker-test. The live smoke uses C19Z55 as source and validates the row contract fields plus expected values for `probe_only`, `real_adapter_only`, and `probe_and_real_adapter`, including blocked activation, `process_start_allowed=false`, precondition visibility, missing checks visibility, `health_probe_enabled=false`, health-probe visibility, missing health-signal visibility, health-probe-disabled feature visibility, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z56 live smoke. Artifact: `artifacts/c19z56-remote-workspace-real-adapter-mode-matrix-v3-compatibility-smoke-result.json`. - C19Z57 Remote Workspace disabled real-adapter readiness/handoff summary is complete on docker-test. The live smoke uses C19Z54 handoff v4 and C19Z56 mode matrix v3 compatibility as source proofs, then emits a compact `rap.remote_workspace_real_adapter_disabled_runtime_readiness_summary.v1` operator summary plus a 10-item checklist covering handoff completeness, mode matrix compatibility, requested/default config visibility, desired workload modes, blocked activation, disabled process start, disabled health probes, `payload_traffic=none`, missing gates visibility, and missing health-signal visibility. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z57 live smoke. Artifact: `artifacts/c19z57-remote-workspace-real-adapter-readiness-handoff-summary-smoke-result.json`. - C19Z58 Remote Workspace disabled real-adapter readiness/handoff summary compatibility proof is complete on docker-test. The live smoke uses C19Z57 as source and validates the summary contract fields, expected disabled values, checklist counts, checklist item fields, and the full 10-item checklist name/value set. It keeps `readiness_state=blocked_until_real_runtime_stage`, `operator_action=keep_real_adapter_disabled`, `process_start_allowed=false`, `health_probe_enabled=false`, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z58 live smoke. Artifact: `artifacts/c19z58-remote-workspace-real-adapter-readiness-handoff-summary-compatibility-smoke-result.json`. - C19Z59 Remote Workspace disabled real-adapter operator action map is complete on docker-test. The live smoke uses C19Z58 as source and emits `rap.remote_workspace_real_adapter_disabled_runtime_operator_action_map.v1` with stable action keys: `keep_real_adapter_disabled`, `review_real_runtime_stage_gates`, `validate_real_adapter_config_projection`, `prepare_process_supervisor_preconditions`, `prepare_process_health_probe_signals`, and `keep_payload_forwarding_disabled`. Each action is derived from passed readiness checklist items and explicitly keeps activation blocked, `allows_process_start=false`, and `allows_payload_traffic=false`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z59 live smoke. Artifact: `artifacts/c19z59-remote-workspace-real-adapter-disabled-action-map-smoke-result.json`. - C19Z60 Remote Workspace disabled real-adapter operator action map compatibility proof is complete on docker-test. The live smoke uses C19Z59 as source and validates the action map fields, expected disabled values, action count, required action fields, all six action keys, severity values, non-empty reasons, derived checklist references, and guardrails that keep activation blocked with `allows_process_start=false` and `allows_payload_traffic=false`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z60 live smoke. Artifact: `artifacts/c19z60-remote-workspace-real-adapter-disabled-action-map-compatibility-smoke-result.json`. - C19Z61 Remote Workspace disabled real-adapter admin handoff bundle is complete on docker-test. The live smoke uses C19Z60 as source and emits `rap.remote_workspace_real_adapter_admin_handoff_bundle.v1`, grouping the readiness summary, operator checklist, and operator action map into one compact admin-facing report. It proves required bundle fields and sections, checklist/action counts, `admin_status=not_ready`, `admin_action=keep_real_adapter_disabled`, activation blocked, `process_start_allowed=false`, `health_probe_enabled=false`, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z61 live smoke. Artifact: `artifacts/c19z61-remote-workspace-real-adapter-admin-handoff-bundle-smoke-result.json`. - C19Z62 Remote Workspace disabled real-adapter admin handoff bundle compatibility proof is complete on docker-test. The live smoke uses C19Z61 as source and validates the bundle fields, required sections, count fields, guardrail fields, admin values, nested readiness summary, checklist, and operator action map. It keeps `admin_status=not_ready`, `admin_action=keep_real_adapter_disabled`, activation blocked, `process_start_allowed=false`, `health_probe_enabled=false`, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z62 live smoke. Artifact: `artifacts/c19z62-remote-workspace-real-adapter-admin-handoff-bundle-compatibility-smoke-result.json`. - C19Z63 Remote Workspace disabled real-adapter admin handoff digest is complete on docker-test. The live smoke uses C19Z62 as source and emits `rap.remote_workspace_real_adapter_admin_handoff_digest.v1` with stable compact display rows for runtime stage, operator action, activation, process start, health probe, payload traffic, checklist, and actions. It proves `admin_status=not_ready`, `admin_action=keep_real_adapter_disabled`, `runtime_stage=blocked_until_real_runtime_stage`, activation blocked, process start disabled, health probe disabled, `payload_traffic=none`, and preserved guardrails. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z63 live smoke. Artifact: `artifacts/c19z63-remote-workspace-real-adapter-admin-handoff-digest-smoke-result.json`. - C19Z64 Remote Workspace disabled real-adapter admin handoff digest compatibility proof is complete on docker-test. The live smoke uses C19Z63 as source and validates digest fields, expected admin values, all eight display rows (`runtime_stage`, `operator_action`, `activation`, `process_start`, `health_probe`, `payload_traffic`, `checklist`, `actions`), row fields, states, values, severity, and preserved guardrails. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z64 live smoke. Artifact: `artifacts/c19z64-remote-workspace-real-adapter-admin-handoff-digest-compatibility-smoke-result.json`. - C19Z65 Remote Workspace disabled real-adapter admin handoff digest rollup is complete on docker-test. The live smoke uses C19Z64 as source and emits `rap.remote_workspace_real_adapter_admin_handoff_digest_rollup.v1` with counts by severity (`warn=2`, `info=6`), counts by state (`blocked=3`, `disabled=3`, `required=1`, `complete=1`), `primary_action=keep_real_adapter_disabled`, `admin_status=not_ready`, and a guardrail summary that keeps activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z65 live smoke. Artifact: `artifacts/c19z65-remote-workspace-real-adapter-admin-handoff-digest-rollup-smoke-result.json`. - C19Z66 Remote Workspace disabled real-adapter admin handoff digest rollup compatibility proof is complete on docker-test. The live smoke uses C19Z65 as source and validates rollup fields, expected disabled admin values, severity counts (`warn=2`, `info=6`), state counts (`blocked=3`, `disabled=3`, `required=1`, `complete=1`), and guardrail summary fields that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z66 live smoke. Artifact: `artifacts/c19z66-remote-workspace-real-adapter-admin-handoff-digest-rollup-compatibility-smoke-result.json`. - C19Z67 Remote Workspace disabled real-adapter admin handoff full-chain summary is complete on docker-test. The live smoke uses C19Z66 as source and emits `rap.remote_workspace_real_adapter_admin_handoff_full_chain_summary.v1` listing the proven contract chain from C19Z54 handoff v4 through C19Z66 digest rollup compatibility. It validates 13 passed stages, artifact links, `runtime_effect=contract_only_no_runtime_enablement`, `admin_status=not_ready`, `primary_action=keep_real_adapter_disabled`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z67 live smoke. Artifact: `artifacts/c19z67-remote-workspace-real-adapter-admin-handoff-full-chain-summary-smoke-result.json`. - C19Z68 Remote Workspace disabled real-adapter admin handoff full-chain summary compatibility proof is complete on docker-test. The live smoke uses C19Z67 as source and validates full-chain summary fields, expected disabled admin values, all 13 stage keys, required stage fields, artifact references, `status=passed`, `runtime_effect=contract_only_no_runtime_enablement`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z68 live smoke. Artifact: `artifacts/c19z68-remote-workspace-real-adapter-admin-handoff-full-chain-summary-compatibility-smoke-result.json`. - C19Z69 Remote Workspace disabled real-adapter admin handoff release marker is complete on docker-test. The live smoke uses C19Z68 as source and emits `rap.remote_workspace_real_adapter_admin_handoff_release_marker.v1` with `release_status=contract_only_ready_for_admin_handoff`, `release_marker=c19z69_disabled_real_adapter_admin_handoff_contract_only`, `real_runtime_stage=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `admin_status=not_ready`, `primary_action=keep_real_adapter_disabled`, and `proven_stage_count=13`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z69 live smoke. Artifact: `artifacts/c19z69-remote-workspace-real-adapter-admin-handoff-release-marker-smoke-result.json`. - C19Z70 Remote Workspace disabled real-adapter admin handoff release marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z69 as source and validates the release marker fields, expected contract-only values, `real_runtime_stage=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `admin_status=not_ready`, `primary_action=keep_real_adapter_disabled`, `proven_stage_count=13`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z70 live smoke. Artifact: `artifacts/c19z70-remote-workspace-real-adapter-admin-handoff-release-marker-compatibility-smoke-result.json`. - C19Z71 Remote Workspace disabled real-adapter admin handoff package index is complete on docker-test. The live smoke uses C19Z70 as source and emits `rap.remote_workspace_real_adapter_admin_handoff_package_index.v1` with `package_status=closed_contract_only`, `package_marker=c19z71_disabled_real_adapter_admin_handoff_package_closed_contract_only`, `covered_stage_range=C19Z54-C19Z70`, `covered_stage_count=17`, `proven_full_chain_stage_count=13`, `latest_compatibility_stage=C19Z70`, `real_runtime_stage=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `admin_status=not_ready`, and `primary_action=keep_real_adapter_disabled`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z71 live smoke. Artifact: `artifacts/c19z71-remote-workspace-real-adapter-admin-handoff-package-index-smoke-result.json`. - C19Z72 Remote Workspace disabled real-adapter admin handoff package index compatibility proof is complete on docker-test. The compatibility smoke uses C19Z71 as source and validates the package index fields, expected contract-only values, closeout notes, `covered_stage_range=C19Z54-C19Z70`, `covered_stage_count=17`, `proven_full_chain_stage_count=13`, `latest_compatibility_stage=C19Z70`, `real_runtime_stage=blocked`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z72 live smoke. Artifact: `artifacts/c19z72-remote-workspace-real-adapter-admin-handoff-package-index-compatibility-smoke-result.json`. - C19Z73 Remote Workspace real-adapter runtime gate phase boundary is complete on docker-test. The live smoke uses C19Z72 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_phase_boundary.v1` to mark the C19Z54-C19Z72 admin handoff as closed contract-only while starting the next phase as `real_adapter_runtime_gate_preflight` with `next_phase_status=design_only_not_enabled`, `real_runtime_gate_state=blocked`, `activation_policy=explicit_operator_enablement_required`, `runtime_effect=contract_only_no_runtime_enablement`, and `operator_default_action=keep_real_adapter_disabled`. Required preflight steps cover explicit operator enablement, binary path validation, service account/permissions, process supervisor limits, health probe signals, and payload forwarding gate validation. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z73 live smoke. Artifact: `artifacts/c19z73-remote-workspace-real-adapter-runtime-gate-phase-boundary-smoke-result.json`. - C19Z74 Remote Workspace real-adapter runtime gate phase boundary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z73 as source and validates the boundary fields, required preflight steps, `previous_package_status=closed_contract_only`, `next_phase_name=real_adapter_runtime_gate_preflight`, `next_phase_status=design_only_not_enabled`, `real_runtime_gate_state=blocked`, `activation_policy=explicit_operator_enablement_required`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z74 live smoke. Artifact: `artifacts/c19z74-remote-workspace-real-adapter-runtime-gate-phase-boundary-compatibility-smoke-result.json`. - C19Z75 Remote Workspace real-adapter runtime gate preflight checklist is complete on docker-test. The live smoke uses C19Z74 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_preflight_checklist.v1` with `preflight_status=blocked_required_items_missing`, `runtime_gate_state=blocked`, `activation_policy=explicit_operator_enablement_required`, `operator_default_action=keep_real_adapter_disabled`, six required preflight items, `satisfied_item_count=0`, `blocked_item_count=6`, `allows_process_start=false`, and `allows_payload_traffic=false`. Each item remains `status=not_satisfied`, `required=true`, `blocks_runtime_gate=true`, with `evidence=contract_only_preflight_not_provided`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z75 live smoke. Artifact: `artifacts/c19z75-remote-workspace-real-adapter-runtime-gate-preflight-checklist-smoke-result.json`. - C19Z76 Remote Workspace real-adapter runtime gate preflight checklist compatibility proof is complete on docker-test. The compatibility smoke uses C19Z75 as source and validates checklist fields, six required item keys, item fields, `status=not_satisfied`, `required=true`, `blocks_runtime_gate=true`, `evidence=contract_only_preflight_not_provided`, `preflight_status=blocked_required_items_missing`, `runtime_gate_state=blocked`, `activation_policy=explicit_operator_enablement_required`, `operator_default_action=keep_real_adapter_disabled`, `satisfied_item_count=0`, `blocked_item_count=6`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z76 live smoke. Artifact: `artifacts/c19z76-remote-workspace-real-adapter-runtime-gate-preflight-checklist-compatibility-smoke-result.json`. - C19Z77 Remote Workspace real-adapter runtime gate preflight status summary is complete on docker-test. The live smoke uses C19Z76 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_preflight_status_summary.v1` with `summary_status=blocked_all_required_items_missing`, `runtime_gate_state=blocked`, `required_item_count=6`, `satisfied_item_count=0`, `blocked_item_count=6`, `not_satisfied_item_count=6`, all six preflight keys listed as `blocking_item_keys`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, and `allows_payload_traffic=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z77 live smoke. Artifact: `artifacts/c19z77-remote-workspace-real-adapter-runtime-gate-preflight-status-summary-smoke-result.json`. - C19Z78 Remote Workspace real-adapter runtime gate preflight status summary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z77 as source and validates summary fields, `summary_status=blocked_all_required_items_missing`, `runtime_gate_state=blocked`, `required_item_count=6`, `satisfied_item_count=0`, `blocked_item_count=6`, `not_satisfied_item_count=6`, all six preflight keys listed as `blocking_item_keys`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z78 live smoke. Artifact: `artifacts/c19z78-remote-workspace-real-adapter-runtime-gate-preflight-status-summary-compatibility-smoke-result.json`. - C19Z79 Remote Workspace real-adapter runtime gate preflight action hints are complete on docker-test. The live smoke uses C19Z78 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_preflight_action_hints.v1` with `hint_status=blocked_operator_preflight_actions_required`, `runtime_gate_state=blocked`, `operator_default_action=keep_real_adapter_disabled`, six action hints, and `allows_process_start=false`, `allows_payload_traffic=false`. Required hints cover explicit operator gate enablement, real adapter binary path validation, service account/permissions validation, process supervisor limits validation, health probe signal contract validation, and payload forwarding gate validation. Every hint keeps `blocks_runtime_gate=true` and `allows_runtime=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z79 live smoke. Artifact: `artifacts/c19z79-remote-workspace-real-adapter-runtime-gate-preflight-action-hints-smoke-result.json`. - C19Z80 Remote Workspace real-adapter runtime gate preflight action hints compatibility proof is complete on docker-test. The compatibility smoke uses C19Z79 as source and validates hints fields, six hint keys, hint fields, `hint_status=blocked_operator_preflight_actions_required`, `runtime_gate_state=blocked`, `operator_default_action=keep_real_adapter_disabled`, `hint_count=6`, `allows_process_start=false`, `allows_payload_traffic=false`, and every hint with `blocks_runtime_gate=true` and `allows_runtime=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z80 live smoke. Artifact: `artifacts/c19z80-remote-workspace-real-adapter-runtime-gate-preflight-action-hints-compatibility-smoke-result.json`. - C19Z81 Remote Workspace real-adapter runtime gate preflight operator handoff bundle is complete on docker-test. The live smoke uses C19Z80 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_preflight_operator_handoff_bundle.v1` with `handoff_status=blocked_preflight_operator_review_required`, `runtime_gate_state=blocked`, `operator_default_action=keep_real_adapter_disabled`, checklist/status summary/action hints schema references, `required_item_count=6`, `blocked_item_count=6`, `hint_count=6`, handoff sections for checklist, status summary, action hints, and guardrails, plus `allows_process_start=false` and `allows_payload_traffic=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z81 live smoke. Artifact: `artifacts/c19z81-remote-workspace-real-adapter-runtime-gate-preflight-operator-handoff-bundle-smoke-result.json`. - C19Z82 Remote Workspace real-adapter runtime gate preflight operator handoff bundle compatibility proof is complete on docker-test. The compatibility smoke uses C19Z81 as source and validates bundle fields, section fields, section keys for checklist/status summary/action hints/guardrails, schema references, `handoff_status=blocked_preflight_operator_review_required`, `runtime_gate_state=blocked`, `operator_default_action=keep_real_adapter_disabled`, `required_item_count=6`, `blocked_item_count=6`, `hint_count=6`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z82 live smoke. Artifact: `artifacts/c19z82-remote-workspace-real-adapter-runtime-gate-preflight-operator-handoff-bundle-compatibility-smoke-result.json`. - C19Z83 Remote Workspace real-adapter runtime gate preflight release marker is complete on docker-test. The live smoke uses C19Z82 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_preflight_release_marker.v1` with `release_status=contract_only_ready_for_operator_preflight_handoff`, `release_marker=c19z83_disabled_real_adapter_runtime_gate_preflight_contract_only`, `runtime_gate_state=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `handoff_status=blocked_preflight_operator_review_required`, `covered_stage_range=C19Z73-C19Z82`, `allows_process_start=false`, and `allows_payload_traffic=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z83 live smoke. Artifact: `artifacts/c19z83-remote-workspace-real-adapter-runtime-gate-preflight-release-marker-smoke-result.json`. - C19Z84 Remote Workspace real-adapter runtime gate preflight release marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z83 as source and validates release marker fields, `release_status=contract_only_ready_for_operator_preflight_handoff`, `release_marker=c19z83_disabled_real_adapter_runtime_gate_preflight_contract_only`, `runtime_gate_state=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `handoff_status=blocked_preflight_operator_review_required`, `covered_stage_range=C19Z73-C19Z82`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z84 live smoke. Artifact: `artifacts/c19z84-remote-workspace-real-adapter-runtime-gate-preflight-release-marker-compatibility-smoke-result.json`. - C19Z85 Remote Workspace real-adapter runtime gate preflight package index is complete on docker-test. The live smoke uses C19Z84 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_preflight_package_index.v1` with `package_status=closed_contract_only`, `package_marker=c19z85_disabled_real_adapter_runtime_gate_preflight_package_closed_contract_only`, `covered_stage_range=C19Z73-C19Z84`, `covered_stage_count=12`, `latest_compatibility_stage=C19Z84`, `runtime_gate_state=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `release_status=contract_only_ready_for_operator_preflight_handoff`, `allows_process_start=false`, and `allows_payload_traffic=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z85 live smoke. Artifact: `artifacts/c19z85-remote-workspace-real-adapter-runtime-gate-preflight-package-index-smoke-result.json`. - C19Z86 Remote Workspace real-adapter runtime gate preflight package index compatibility proof is complete on docker-test. The compatibility smoke uses C19Z85 as source and validates package index fields, `package_status=closed_contract_only`, `package_marker=c19z85_disabled_real_adapter_runtime_gate_preflight_package_closed_contract_only`, `covered_stage_range=C19Z73-C19Z84`, `covered_stage_count=12`, `latest_compatibility_stage=C19Z84`, `runtime_gate_state=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `release_status=contract_only_ready_for_operator_preflight_handoff`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z86 live smoke. Artifact: `artifacts/c19z86-remote-workspace-real-adapter-runtime-gate-preflight-package-index-compatibility-smoke-result.json`. - C19Z87 Remote Workspace real-adapter runtime gate preflight closeout summary is complete on docker-test. The live smoke uses C19Z86 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_preflight_closeout_summary.v1` with `closeout_status=closed_contract_only_preflight_complete`, `closeout_marker=c19z87_disabled_real_adapter_runtime_gate_preflight_closed_contract_only`, `covered_stage_range=C19Z73-C19Z86`, `covered_stage_count=14`, `runtime_gate_state=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_real_runtime_gate_enablement`, `allows_process_start=false`, and `allows_payload_traffic=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z87 live smoke. Artifact: `artifacts/c19z87-remote-workspace-real-adapter-runtime-gate-preflight-closeout-summary-smoke-result.json`. - C19Z88 Remote Workspace real-adapter runtime gate preflight closeout summary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z87 as source and validates closeout fields, `closeout_status=closed_contract_only_preflight_complete`, `closeout_marker=c19z87_disabled_real_adapter_runtime_gate_preflight_closed_contract_only`, `covered_stage_range=C19Z73-C19Z86`, `covered_stage_count=14`, `runtime_gate_state=blocked`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_real_runtime_gate_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z88 live smoke. Artifact: `artifacts/c19z88-remote-workspace-real-adapter-runtime-gate-preflight-closeout-summary-compatibility-smoke-result.json`. - C19Z89 Remote Workspace real-adapter runtime gate explicit enablement request is complete on docker-test. The live smoke uses C19Z88 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_explicit_enablement_request.v1` with `request_status=pending_required_validations`, `request_marker=c19z89_real_adapter_runtime_gate_explicit_enablement_request_contract_only`, `requested_phase=explicit_real_runtime_gate_enablement`, `runtime_gate_state=blocked_pending_validation`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, required validation booleans for operator confirmation, binary, permissions, supervisor, health probe, and payload gate, plus `allows_process_start=false` and `allows_payload_traffic=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z89 live smoke. Artifact: `artifacts/c19z89-remote-workspace-real-adapter-runtime-gate-explicit-enablement-request-smoke-result.json`. - C19Z90 Remote Workspace real-adapter runtime gate explicit enablement request compatibility proof is complete on docker-test. The compatibility smoke uses C19Z89 as source and validates request fields, `request_status=pending_required_validations`, `request_marker=c19z89_real_adapter_runtime_gate_explicit_enablement_request_contract_only`, `requested_phase=explicit_real_runtime_gate_enablement`, `runtime_gate_state=blocked_pending_validation`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, all six required validation booleans, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z90 live smoke. Artifact: `artifacts/c19z90-remote-workspace-real-adapter-runtime-gate-explicit-enablement-request-compatibility-smoke-result.json`. - C19Z91 Remote Workspace real-adapter runtime gate operator confirmation validation is complete on docker-test. The live smoke uses C19Z90 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_operator_confirmation_validation.v1` with `validation_key=operator_confirmation`, `validation_status=satisfied_contract_only`, `operator_confirmation_required=true`, `operator_confirmation_present=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining required validations for binary, permissions, supervisor, health probe, and payload gate, plus `allows_process_start=false` and `allows_payload_traffic=false`. Guardrails continue to keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z91 live smoke. Artifact: `artifacts/c19z91-remote-workspace-real-adapter-runtime-gate-operator-confirmation-validation-smoke-result.json`. - C19Z92 Remote Workspace real-adapter runtime gate operator confirmation validation compatibility proof is complete on docker-test. The compatibility smoke uses C19Z91 as source and validates validation fields, `validation_key=operator_confirmation`, `validation_status=satisfied_contract_only`, `operator_confirmation_required=true`, `operator_confirmation_present=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining validations for binary, permissions, supervisor, health probe, and payload gate, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z92 live smoke. Artifact: `artifacts/c19z92-remote-workspace-real-adapter-runtime-gate-operator-confirmation-validation-compatibility-smoke-result.json`. - C19Z93 Remote Workspace real-adapter runtime gate binary validation is complete on docker-test. The live smoke uses C19Z92 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_binary_validation.v1` with `validation_key=binary_validation`, `validation_status=satisfied_contract_only`, `binary_validation_required=true`, `binary_path_present=true`, `binary_identity_verified=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining validations for permissions, supervisor, health probe, and payload gate, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z93 live smoke. Artifact: `artifacts/c19z93-remote-workspace-real-adapter-runtime-gate-binary-validation-smoke-result.json`. - C19Z94 Remote Workspace real-adapter runtime gate binary validation compatibility proof is complete on docker-test. The compatibility smoke uses C19Z93 as source and validates validation fields, `validation_key=binary_validation`, `validation_status=satisfied_contract_only`, `binary_validation_required=true`, `binary_path_present=true`, `binary_identity_verified=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining validations for permissions, supervisor, health probe, and payload gate, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z94 live smoke. Artifact: `artifacts/c19z94-remote-workspace-real-adapter-runtime-gate-binary-validation-compatibility-smoke-result.json`. - C19Z95 Remote Workspace real-adapter runtime gate permission validation is complete on docker-test. The live smoke uses C19Z94 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_permission_validation.v1` with `validation_key=permission_validation`, `validation_status=satisfied_contract_only`, `permission_validation_required=true`, `service_account_present=true`, `least_privilege_scope_verified=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining validations for supervisor, health probe, and payload gate, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z95 live smoke. Artifact: `artifacts/c19z95-remote-workspace-real-adapter-runtime-gate-permission-validation-smoke-result.json`. - C19Z96 Remote Workspace real-adapter runtime gate permission validation compatibility proof is complete on docker-test. The compatibility smoke uses C19Z95 as source and validates validation fields, `validation_key=permission_validation`, `validation_status=satisfied_contract_only`, `permission_validation_required=true`, `service_account_present=true`, `least_privilege_scope_verified=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining validations for supervisor, health probe, and payload gate, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z96 live smoke. Artifact: `artifacts/c19z96-remote-workspace-real-adapter-runtime-gate-permission-validation-compatibility-smoke-result.json`. - C19Z97 Remote Workspace real-adapter runtime gate supervisor validation is complete on docker-test. The live smoke uses C19Z96 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_supervisor_validation.v1` with `validation_key=supervisor_validation`, `validation_status=satisfied_contract_only`, `supervisor_validation_required=true`, `process_limits_verified=true`, `restart_policy_verified=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining validations for health probe and payload gate, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z97 live smoke. Artifact: `artifacts/c19z97-remote-workspace-real-adapter-runtime-gate-supervisor-validation-smoke-result.json`. - C19Z98 Remote Workspace real-adapter runtime gate supervisor validation compatibility proof is complete on docker-test. The compatibility smoke uses C19Z97 as source and validates validation fields, `validation_key=supervisor_validation`, `validation_status=satisfied_contract_only`, `supervisor_validation_required=true`, `process_limits_verified=true`, `restart_policy_verified=true`, remaining validations for health probe and payload gate, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z98 live smoke. Artifact: `artifacts/c19z98-remote-workspace-real-adapter-runtime-gate-supervisor-validation-compatibility-smoke-result.json`. - C19Z99 Remote Workspace real-adapter runtime gate health probe validation is complete on docker-test. The live smoke uses C19Z98 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_health_probe_validation.v1` with `validation_key=health_probe_validation`, `validation_status=satisfied_contract_only`, `health_probe_validation_required=true`, `health_probe_contract_verified=true`, `failure_detection_verified=true`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, remaining validation `payload_gate_validation`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z99 live smoke. Artifact: `artifacts/c19z99-remote-workspace-real-adapter-runtime-gate-health-probe-validation-smoke-result.json`. - C19Z100 Remote Workspace real-adapter runtime gate health probe validation compatibility proof is complete on docker-test. The compatibility smoke uses C19Z99 as source and validates validation fields, `validation_key=health_probe_validation`, `validation_status=satisfied_contract_only`, `health_probe_validation_required=true`, `health_probe_contract_verified=true`, `failure_detection_verified=true`, remaining validation `payload_gate_validation`, `runtime_gate_state=blocked_pending_remaining_validations`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z100 live smoke. Artifact: `artifacts/c19z100-remote-workspace-real-adapter-runtime-gate-health-probe-validation-compatibility-smoke-result.json`. - C19Z101 Remote Workspace real-adapter runtime gate payload gate validation is complete on docker-test. The live smoke uses C19Z100 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_payload_gate_validation.v1` with `validation_key=payload_gate_validation`, `validation_status=satisfied_contract_only`, `payload_gate_validation_required=true`, `payload_policy_verified=true`, `payload_isolation_verified=true`, no remaining required validations, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z101 live smoke. Artifact: `artifacts/c19z101-remote-workspace-real-adapter-runtime-gate-payload-gate-validation-smoke-result.json`. - C19Z102 Remote Workspace real-adapter runtime gate payload gate validation compatibility proof is complete on docker-test. The compatibility smoke uses C19Z101 as source and validates validation fields, `validation_key=payload_gate_validation`, `validation_status=satisfied_contract_only`, `payload_gate_validation_required=true`, `payload_policy_verified=true`, `payload_isolation_verified=true`, no remaining required validations, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z102 live smoke. Artifact: `artifacts/c19z102-remote-workspace-real-adapter-runtime-gate-payload-gate-validation-compatibility-smoke-result.json`. - C19Z103 Remote Workspace real-adapter runtime gate validation closeout is complete on docker-test. The live smoke uses C19Z102 as source and emits `rap.remote_workspace_real_adapter_runtime_gate_validation_closeout.v1` with `validation_chain_status=complete_contract_only`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, all required validations listed, no remaining required validations, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z103 live smoke. Artifact: `artifacts/c19z103-remote-workspace-real-adapter-runtime-gate-validation-closeout-smoke-result.json`. - C19Z104 Remote Workspace real-adapter runtime gate validation closeout compatibility proof is complete on docker-test. The compatibility smoke uses C19Z103 as source and validates closeout fields, all required validations, no remaining required validations, `validation_chain_status=complete_contract_only`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z104 live smoke. Artifact: `artifacts/c19z104-remote-workspace-real-adapter-runtime-gate-validation-closeout-compatibility-smoke-result.json`. - C19Z105 Remote Workspace real-adapter operator enablement readiness package is complete on docker-test. The live smoke uses C19Z104 as source and emits `rap.remote_workspace_real_adapter_operator_enablement_readiness_package.v1` with `package_status=ready_for_operator_review`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, all validation/closeout contracts included, required operator actions for review, real-runtime intent confirmation, target selection, process start approval, and payload traffic approval, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z105 live smoke. Artifact: `artifacts/c19z105-remote-workspace-real-adapter-operator-enablement-readiness-package-smoke-result.json`. - C19Z106 Remote Workspace real-adapter operator enablement readiness package compatibility proof is complete on docker-test. The compatibility smoke uses C19Z105 as source and validates package fields, included contracts, required operator actions, `package_status=ready_for_operator_review`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z106 live smoke. Artifact: `artifacts/c19z106-remote-workspace-real-adapter-operator-enablement-readiness-package-compatibility-smoke-result.json`. - C19Z107 Remote Workspace real-adapter operator enablement readiness release marker is complete on docker-test. The live smoke uses C19Z106 as source and emits `rap.remote_workspace_real_adapter_operator_enablement_readiness_release_marker.v1` with `release_status=operator_readiness_package_contract_only`, `release_marker=c19z107_real_adapter_operator_enablement_readiness_contract_only`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z107 live smoke. Artifact: `artifacts/c19z107-remote-workspace-real-adapter-operator-enablement-readiness-release-marker-smoke-result.json`. - C19Z108 Remote Workspace real-adapter operator enablement readiness release marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z107 as source and validates release marker fields, `release_status=operator_readiness_package_contract_only`, `release_marker=c19z107_real_adapter_operator_enablement_readiness_contract_only`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z108 live smoke. Artifact: `artifacts/c19z108-remote-workspace-real-adapter-operator-enablement-readiness-release-marker-compatibility-smoke-result.json`. - C19Z109 Remote Workspace real-adapter operator enablement readiness package index is complete on docker-test. The live smoke uses C19Z108 as source and emits `rap.remote_workspace_real_adapter_operator_enablement_readiness_package_index.v1` with `package_status=indexed_contract_only`, `package_marker=c19z109_real_adapter_operator_enablement_readiness_package_index_contract_only`, `covered_stage_range=C19Z89-C19Z108`, `covered_stage_count=20`, `latest_compatibility_stage=C19Z108`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z109 live smoke. Artifact: `artifacts/c19z109-remote-workspace-real-adapter-operator-enablement-readiness-package-index-smoke-result.json`. - C19Z110 Remote Workspace real-adapter operator enablement readiness package index compatibility proof is complete on docker-test. The compatibility smoke uses C19Z109 as source and validates package index fields, closeout notes, `covered_stage_range=C19Z89-C19Z108`, `covered_stage_count=20`, `latest_compatibility_stage=C19Z108`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z110 live smoke. Artifact: `artifacts/c19z110-remote-workspace-real-adapter-operator-enablement-readiness-package-index-compatibility-smoke-result.json`. - C19Z111 Remote Workspace real-adapter operator readiness closeout summary is complete on docker-test. The live smoke uses C19Z110 as source and emits `rap.remote_workspace_real_adapter_operator_readiness_closeout_summary.v1` with `closeout_status=closed_contract_only_ready_for_operator_review`, `closeout_marker=c19z111_real_adapter_operator_readiness_closed_contract_only`, `covered_stage_range=C19Z89-C19Z108`, `covered_stage_count=20`, `latest_compatibility_stage=C19Z108`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_operator_review_and_enablement_decision`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z111 live smoke. Artifact: `artifacts/c19z111-remote-workspace-real-adapter-operator-readiness-closeout-summary-smoke-result.json`. - C19Z112 Remote Workspace real-adapter operator readiness closeout summary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z111 as source and validates closeout summary fields, `closeout_status=closed_contract_only_ready_for_operator_review`, `covered_stage_range=C19Z89-C19Z108`, `covered_stage_count=20`, `latest_compatibility_stage=C19Z108`, `operator_review_status=not_reviewed`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_operator_review_and_enablement_decision`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z112 live smoke. Artifact: `artifacts/c19z112-remote-workspace-real-adapter-operator-readiness-closeout-summary-compatibility-smoke-result.json`. - C19Z113 Remote Workspace real-adapter operator review decision request is complete on docker-test. The live smoke uses C19Z112 as source and emits `rap.remote_workspace_real_adapter_operator_review_decision_request.v1` with `review_request_status=pending_operator_decision`, `review_request_marker=c19z113_real_adapter_operator_review_decision_request_contract_only`, `requested_decision=review_real_runtime_enablement`, `enablement_decision=not_approved`, `operator_review_status=pending`, decision prerequisites for closeout review, real-runtime intent confirmation, target selection, process start approval, and payload traffic approval, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z113 live smoke. Artifact: `artifacts/c19z113-remote-workspace-real-adapter-operator-review-decision-request-smoke-result.json`. - C19Z114 Remote Workspace real-adapter operator review decision request compatibility proof is complete on docker-test. The compatibility smoke uses C19Z113 as source and validates request fields, decision prerequisites, `review_request_status=pending_operator_decision`, `requested_decision=review_real_runtime_enablement`, `enablement_decision=not_approved`, `operator_review_status=pending`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z114 live smoke. Artifact: `artifacts/c19z114-remote-workspace-real-adapter-operator-review-decision-request-compatibility-smoke-result.json`. - C19Z115 Remote Workspace real-adapter operator decision status summary is complete on docker-test. The live smoke uses C19Z114 as source and emits `rap.remote_workspace_real_adapter_operator_decision_status_summary.v1` with `decision_status=pending_not_approved`, `decision_summary_marker=c19z115_real_adapter_operator_decision_status_pending_contract_only`, `requested_decision=review_real_runtime_enablement`, `enablement_decision=not_approved`, `operator_review_status=pending`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_operator_approval_or_rejection`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z115 live smoke. Artifact: `artifacts/c19z115-remote-workspace-real-adapter-operator-decision-status-summary-smoke-result.json`. - C19Z116 Remote Workspace real-adapter operator decision status summary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z115 as source and validates summary fields, `decision_status=pending_not_approved`, `requested_decision=review_real_runtime_enablement`, `enablement_decision=not_approved`, `operator_review_status=pending`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_operator_approval_or_rejection`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z116 live smoke. Artifact: `artifacts/c19z116-remote-workspace-real-adapter-operator-decision-status-summary-compatibility-smoke-result.json`. - C19Z117 Remote Workspace real-adapter operator approval/rejection outcome is complete on docker-test. The live smoke uses C19Z116 as source and emits `rap.remote_workspace_real_adapter_operator_approval_rejection_outcome.v1` with `outcome_status=rejected_or_not_approved_contract_only`, `outcome_marker=c19z117_real_adapter_operator_outcome_not_approved_contract_only`, `requested_decision=review_real_runtime_enablement`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_operator_reopen_or_new_enablement_request`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z117 live smoke. Artifact: `artifacts/c19z117-remote-workspace-real-adapter-operator-approval-rejection-outcome-smoke-result.json`. - C19Z118 Remote Workspace real-adapter operator approval/rejection outcome compatibility proof is complete on docker-test. The compatibility smoke uses C19Z117 as source and validates outcome fields, `outcome_status=rejected_or_not_approved_contract_only`, `requested_decision=review_real_runtime_enablement`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_operator_reopen_or_new_enablement_request`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z118 live smoke. Artifact: `artifacts/c19z118-remote-workspace-real-adapter-operator-approval-rejection-outcome-compatibility-smoke-result.json`. - C19Z119 Remote Workspace real-adapter operator outcome closeout/reopen boundary is complete on docker-test. The live smoke uses C19Z118 as source and emits `rap.remote_workspace_real_adapter_operator_outcome_closeout_reopen_boundary.v1` with `boundary_status=closed_not_approved_reopen_required`, `boundary_marker=c19z119_real_adapter_operator_outcome_closeout_reopen_required`, `closed_outcome_status=rejected_or_not_approved_contract_only`, `reopen_policy=new_explicit_enablement_request_required`, `next_required_phase=explicit_operator_reopen_or_new_enablement_request`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z119 live smoke. Artifact: `artifacts/c19z119-remote-workspace-real-adapter-operator-outcome-closeout-reopen-boundary-smoke-result.json`. - C19Z120 Remote Workspace real-adapter operator outcome closeout/reopen boundary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z119 as source and validates boundary fields, `boundary_status=closed_not_approved_reopen_required`, `closed_outcome_status=rejected_or_not_approved_contract_only`, `reopen_policy=new_explicit_enablement_request_required`, `next_required_phase=explicit_operator_reopen_or_new_enablement_request`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_boundary=explicit_operator_enablement_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z120 live smoke. Artifact: `artifacts/c19z120-remote-workspace-real-adapter-operator-outcome-closeout-reopen-boundary-compatibility-smoke-result.json`. - C19Z121 Remote Workspace real-adapter not-approved outcome release marker is complete on docker-test. The live smoke uses C19Z120 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_release_marker.v1` with `release_status=not_approved_outcome_closed_contract_only`, `release_marker=c19z121_real_adapter_not_approved_outcome_release_marker`, `boundary_status=closed_not_approved_reopen_required`, `closed_outcome_status=rejected_or_not_approved_contract_only`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z121 live smoke. Artifact: `artifacts/c19z121-remote-workspace-real-adapter-not-approved-outcome-release-marker-smoke-result.json`. - C19Z122 Remote Workspace real-adapter not-approved outcome release marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z121 as source and validates release marker fields, `release_status=not_approved_outcome_closed_contract_only`, `boundary_status=closed_not_approved_reopen_required`, `closed_outcome_status=rejected_or_not_approved_contract_only`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z122 live smoke. Artifact: `artifacts/c19z122-remote-workspace-real-adapter-not-approved-outcome-release-marker-compatibility-smoke-result.json`. - C19Z123 Remote Workspace real-adapter not-approved outcome package index is complete on docker-test. The live smoke uses C19Z122 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_package_index.v1` with `package_status=closed_not_approved_contract_only`, `package_marker=c19z123_real_adapter_not_approved_outcome_package_index`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z123 live smoke. Artifact: `artifacts/c19z123-remote-workspace-real-adapter-not-approved-outcome-package-index-smoke-result.json`. - C19Z124 Remote Workspace real-adapter not-approved outcome package index compatibility proof is complete on docker-test. The compatibility smoke uses C19Z123 as source and validates package index fields, closeout notes, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z124 live smoke. Artifact: `artifacts/c19z124-remote-workspace-real-adapter-not-approved-outcome-package-index-compatibility-smoke-result.json`. - C19Z125 Remote Workspace real-adapter not-approved outcome closeout summary is complete on docker-test. The live smoke uses C19Z124 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_closeout_summary.v1` with `closeout_status=closed_not_approved_package_complete`, `closeout_marker=c19z125_real_adapter_not_approved_outcome_closed_contract_only`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z125 live smoke. Artifact: `artifacts/c19z125-remote-workspace-real-adapter-not-approved-outcome-closeout-summary-smoke-result.json`. - C19Z126 Remote Workspace real-adapter not-approved outcome closeout summary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z125 as source and validates closeout summary fields, `closeout_status=closed_not_approved_package_complete`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z126 live smoke. Artifact: `artifacts/c19z126-remote-workspace-real-adapter-not-approved-outcome-closeout-summary-compatibility-smoke-result.json`. - C19Z127 Remote Workspace real-adapter not-approved outcome final release marker is complete on docker-test. The live smoke uses C19Z126 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_final_release_marker.v1` with `final_release_status=closed_not_approved_final_contract_only`, `final_release_marker=c19z127_real_adapter_not_approved_outcome_final_release_marker`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `closeout_status=closed_not_approved_package_complete`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, final notes that require a new explicit enablement request, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z127 live smoke. Artifact: `artifacts/c19z127-remote-workspace-real-adapter-not-approved-outcome-final-release-marker-smoke-result.json`. - C19Z128 Remote Workspace real-adapter not-approved outcome final release marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z127 as source and validates the final release marker fields, final notes, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `closeout_status=closed_not_approved_package_complete`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z128 live smoke. Artifact: `artifacts/c19z128-remote-workspace-real-adapter-not-approved-outcome-final-release-marker-compatibility-smoke-result.json`. - C19Z129 Remote Workspace real-adapter not-approved outcome final package index archive marker is complete on docker-test. The live smoke uses C19Z128 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_final_package_index_archive_marker.v1` with `archive_status=closed_not_approved_archived_contract_only`, `archive_marker=c19z129_real_adapter_not_approved_outcome_final_package_index_archive_marker`, `package_status=final_package_indexed_and_archived_contract_only`, `final_release_status=closed_not_approved_final_contract_only`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `closeout_status=closed_not_approved_package_complete`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, archive notes that keep the outcome contract-only, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z129 live smoke. Artifact: `artifacts/c19z129-remote-workspace-real-adapter-not-approved-outcome-final-package-index-archive-marker-smoke-result.json`. - C19Z130 Remote Workspace real-adapter not-approved outcome final package index archive marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z129 as source and validates archive marker fields, archive notes, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `closeout_status=closed_not_approved_package_complete`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z130 live smoke. Artifact: `artifacts/c19z130-remote-workspace-real-adapter-not-approved-outcome-final-package-index-archive-marker-compatibility-smoke-result.json`. - C19Z131 Remote Workspace real-adapter not-approved outcome archive closeout manifest is complete on docker-test. The live smoke uses C19Z130 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_archive_closeout_manifest.v1` with `manifest_status=closed_not_approved_archive_manifest_complete`, `manifest_marker=c19z131_real_adapter_not_approved_outcome_archive_closeout_manifest`, `archive_status=closed_not_approved_archived_contract_only`, `package_status=final_package_indexed_and_archived_contract_only`, `final_release_status=closed_not_approved_final_contract_only`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `closeout_status=closed_not_approved_package_complete`, `boundary_status=closed_not_approved_reopen_required`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, manifest notes that close the branch until a new explicit request, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z131 live smoke. Artifact: `artifacts/c19z131-remote-workspace-real-adapter-not-approved-outcome-archive-closeout-manifest-smoke-result.json`. - C19Z132 Remote Workspace real-adapter not-approved outcome archive closeout manifest compatibility proof is complete on docker-test. The compatibility smoke uses C19Z131 as source and validates manifest fields, manifest notes, `archive_status=closed_not_approved_archived_contract_only`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `closeout_status=closed_not_approved_package_complete`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z132 live smoke. Artifact: `artifacts/c19z132-remote-workspace-real-adapter-not-approved-outcome-archive-closeout-manifest-compatibility-smoke-result.json`. - C19Z133 Remote Workspace real-adapter not-approved outcome stopped-branch sentinel is complete on docker-test. The live smoke uses C19Z132 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_stopped_branch_sentinel.v1` with `sentinel_status=stopped_until_new_explicit_enablement_request`, `sentinel_marker=c19z133_real_adapter_not_approved_outcome_stopped_branch_sentinel`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `manifest_status=closed_not_approved_archive_manifest_complete`, `archive_status=closed_not_approved_archived_contract_only`, `package_status=final_package_indexed_and_archived_contract_only`, `final_release_status=closed_not_approved_final_contract_only`, `covered_stage_range=C19Z117-C19Z122`, `covered_stage_count=6`, `latest_compatibility_stage=C19Z122`, `release_status=not_approved_outcome_closed_contract_only`, `closeout_status=closed_not_approved_package_complete`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, sentinel notes that stop the not-approved branch, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z133 live smoke. Artifact: `artifacts/c19z133-remote-workspace-real-adapter-not-approved-outcome-stopped-branch-sentinel-smoke-result.json`. - C19Z134 Remote Workspace real-adapter not-approved outcome stopped-branch sentinel compatibility proof is complete on docker-test. The compatibility smoke uses C19Z133 as source and validates sentinel fields, sentinel notes, `sentinel_status=stopped_until_new_explicit_enablement_request`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z134 live smoke. Artifact: `artifacts/c19z134-remote-workspace-real-adapter-not-approved-outcome-stopped-branch-sentinel-compatibility-smoke-result.json`. - C19Z135 Remote Workspace real-adapter not-approved outcome no-continuation guard is complete on docker-test. The live smoke uses C19Z134 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_no_continuation_guard.v1` with `guard_status=no_continuation_without_new_explicit_enablement_request`, `guard_marker=c19z135_real_adapter_not_approved_outcome_no_continuation_guard`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `sentinel_status=stopped_until_new_explicit_enablement_request`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_decision=not_approved`, `operator_review_status=closed_without_approval`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z135 live smoke. Artifact: `artifacts/c19z135-remote-workspace-real-adapter-not-approved-outcome-no-continuation-guard-smoke-result.json`. - C19Z136 Remote Workspace real-adapter not-approved outcome no-continuation guard compatibility proof is complete on docker-test. The compatibility smoke uses C19Z135 as source and validates guard fields, guard notes, `guard_status=no_continuation_without_new_explicit_enablement_request`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `sentinel_status=stopped_until_new_explicit_enablement_request`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled`, `next_required_phase=explicit_new_enablement_request_only`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z136 live smoke. Artifact: `artifacts/c19z136-remote-workspace-real-adapter-not-approved-outcome-no-continuation-guard-compatibility-smoke-result.json`. - C19Z137 Remote Workspace real-adapter not-approved outcome continuation block enforcement is complete on docker-test. The live smoke uses C19Z136 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_continuation_block_enforcement.v1` with `enforcement_status=blocked_continuation_enforced`, `attempted_action=continue_not_approved_branch_without_new_explicit_enablement_request`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `guard_status=no_continuation_without_new_explicit_enablement_request`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `reopen_policy=new_explicit_enablement_request_required`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z137 live smoke. Artifact: `artifacts/c19z137-remote-workspace-real-adapter-not-approved-outcome-continuation-block-enforcement-smoke-result.json`. - C19Z138 Remote Workspace real-adapter not-approved outcome continuation block enforcement compatibility proof is complete on docker-test. The compatibility smoke uses C19Z137 as source and validates enforcement fields, enforcement notes, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `guard_status=no_continuation_without_new_explicit_enablement_request`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z138 live smoke. Artifact: `artifacts/c19z138-remote-workspace-real-adapter-not-approved-outcome-continuation-block-enforcement-compatibility-smoke-result.json`. - C19Z139 Remote Workspace real-adapter not-approved outcome continuation block audit record is complete on docker-test. The live smoke uses C19Z138 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_continuation_block_audit_record.v1` with `audit_status=blocked_continuation_audit_recorded`, `audit_event_type=not_approved_continuation_block`, `attempted_action=continue_not_approved_branch_without_new_explicit_enablement_request`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z139 live smoke. Artifact: `artifacts/c19z139-remote-workspace-real-adapter-not-approved-outcome-continuation-block-audit-record-smoke-result.json`. - C19Z140 Remote Workspace real-adapter not-approved outcome continuation block audit record compatibility proof is complete on docker-test. The compatibility smoke uses C19Z139 as source and validates audit fields, audit notes, `audit_status=blocked_continuation_audit_recorded`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z140 live smoke. Artifact: `artifacts/c19z140-remote-workspace-real-adapter-not-approved-outcome-continuation-block-audit-record-compatibility-smoke-result.json`. - C19Z141 Remote Workspace real-adapter not-approved outcome continuation block audit rollup is complete on docker-test. The live smoke uses C19Z140 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_continuation_block_audit_rollup.v1` with `rollup_status=blocked_continuation_audit_rollup_complete`, `operator_status=not_approved_branch_closed_new_request_required`, `audit_status=blocked_continuation_audit_recorded`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z141 live smoke. Artifact: `artifacts/c19z141-remote-workspace-real-adapter-not-approved-outcome-continuation-block-audit-rollup-smoke-result.json`. - C19Z142 Remote Workspace real-adapter not-approved outcome continuation block audit rollup compatibility proof is complete on docker-test. The compatibility smoke uses C19Z141 as source and validates rollup fields, rollup notes, `operator_status=not_approved_branch_closed_new_request_required`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z142 live smoke. Artifact: `artifacts/c19z142-remote-workspace-real-adapter-not-approved-outcome-continuation-block-audit-rollup-compatibility-smoke-result.json`. - C19Z143 Remote Workspace real-adapter not-approved outcome operator stop summary is complete on docker-test. The live smoke uses C19Z142 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_summary.v1` with `summary_status=operator_stop_summary_complete`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `operator_message=not_approved_branch_closed_new_request_required`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z143 live smoke. Artifact: `artifacts/c19z143-remote-workspace-real-adapter-not-approved-outcome-operator-stop-summary-smoke-result.json`. - C19Z144 Remote Workspace real-adapter not-approved outcome operator stop summary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z143 as source and validates summary fields, summary notes, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z144 live smoke. Artifact: `artifacts/c19z144-remote-workspace-real-adapter-not-approved-outcome-operator-stop-summary-compatibility-smoke-result.json`. - C19Z145 Remote Workspace real-adapter not-approved outcome operator stop handoff is complete on docker-test. The live smoke uses C19Z144 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_handoff.v1` with `handoff_status=operator_stop_handoff_complete`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `operator_message=not_approved_branch_closed_new_request_required`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `branch_state=not_approved_branch_closed`, `continuation_policy=do_not_continue_without_new_explicit_enablement_request`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z145 live smoke. Artifact: `artifacts/c19z145-remote-workspace-real-adapter-not-approved-outcome-operator-stop-handoff-smoke-result.json`. - C19Z146 Remote Workspace real-adapter not-approved outcome operator stop handoff compatibility proof is complete on docker-test. The compatibility smoke uses C19Z145 as source and validates handoff fields, handoff notes, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z146 live smoke. Artifact: `artifacts/c19z146-remote-workspace-real-adapter-not-approved-outcome-operator-stop-handoff-compatibility-smoke-result.json`. - C19Z147 Remote Workspace real-adapter not-approved outcome operator stop handoff digest is complete on docker-test. The live smoke uses C19Z146 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_handoff_digest.v1` with `digest_status=operator_stop_handoff_digest_complete`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z147 live smoke. Artifact: `artifacts/c19z147-remote-workspace-real-adapter-not-approved-outcome-operator-stop-handoff-digest-smoke-result.json`. - C19Z148 Remote Workspace real-adapter not-approved outcome operator stop handoff digest compatibility proof is complete on docker-test. The compatibility smoke uses C19Z147 as source and validates digest fields, digest notes, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z148 live smoke. Artifact: `artifacts/c19z148-remote-workspace-real-adapter-not-approved-outcome-operator-stop-handoff-digest-compatibility-smoke-result.json`. - C19Z149 Remote Workspace real-adapter not-approved outcome operator stop status snapshot is complete on docker-test. The live smoke uses C19Z148 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_snapshot.v1` with `snapshot_status=operator_stop_status_snapshot_complete`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z149 live smoke. Artifact: `artifacts/c19z149-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-snapshot-smoke-result.json`. - C19Z150 Remote Workspace real-adapter not-approved outcome operator stop status snapshot compatibility proof is complete on docker-test. The compatibility smoke uses C19Z149 as source and validates snapshot fields, snapshot notes, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z150 live smoke. Artifact: `artifacts/c19z150-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-snapshot-compatibility-smoke-result.json`. - C19Z151 Remote Workspace real-adapter not-approved outcome operator stop status snapshot index is complete on docker-test. The live smoke uses C19Z150 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_snapshot_index.v1` with `index_status=operator_stop_status_snapshot_index_complete`, `indexed_snapshot_status=operator_stop_status_snapshot_complete`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z151 live smoke. Artifact: `artifacts/c19z151-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-snapshot-index-smoke-result.json`. - C19Z152 Remote Workspace real-adapter not-approved outcome operator stop status snapshot index compatibility proof is complete on docker-test. The compatibility smoke uses C19Z151 as source and validates index fields, index notes, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z152 live smoke. Artifact: `artifacts/c19z152-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-snapshot-index-compatibility-smoke-result.json`. - C19Z153 Remote Workspace real-adapter not-approved outcome operator stop status catalog is complete on docker-test. The live smoke uses C19Z152 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_catalog.v1` with `catalog_status=operator_stop_status_catalog_complete`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z153 live smoke. Artifact: `artifacts/c19z153-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-smoke-result.json`. - C19Z154 Remote Workspace real-adapter not-approved outcome operator stop status catalog compatibility proof is complete on docker-test. The compatibility smoke uses C19Z153 as source and validates catalog fields, catalog notes, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z154 live smoke. Artifact: `artifacts/c19z154-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-compatibility-smoke-result.json`. - C19Z155 Remote Workspace real-adapter not-approved outcome operator stop status catalog release marker is complete on docker-test. The live smoke uses C19Z154 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_catalog_release_marker.v1` with `release_status=operator_stop_status_catalog_released_contract_only`, `catalog_status=operator_stop_status_catalog_complete`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z155 live smoke. Artifact: `artifacts/c19z155-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-release-marker-smoke-result.json`. - C19Z156 Remote Workspace real-adapter not-approved outcome operator stop status catalog release marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z155 as source and validates release marker fields, release notes, `release_status=operator_stop_status_catalog_released_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z156 live smoke. Artifact: `artifacts/c19z156-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-release-marker-compatibility-smoke-result.json`. - C19Z157 Remote Workspace real-adapter not-approved outcome operator stop status catalog package index is complete on docker-test. The live smoke uses C19Z156 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_catalog_package_index.v1` with `package_status=operator_stop_status_catalog_package_index_complete`, `release_status=operator_stop_status_catalog_released_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z157 live smoke. Artifact: `artifacts/c19z157-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-package-index-smoke-result.json`. - C19Z158 Remote Workspace real-adapter not-approved outcome operator stop status catalog package index compatibility proof is complete on docker-test. The compatibility smoke uses C19Z157 as source and validates package index fields, package notes, `release_status=operator_stop_status_catalog_released_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z158 live smoke. Artifact: `artifacts/c19z158-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-package-index-compatibility-smoke-result.json`. - C19Z159 Remote Workspace real-adapter not-approved outcome operator stop status catalog closeout summary is complete on docker-test. The live smoke uses C19Z158 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_catalog_closeout_summary.v1` with `closeout_status=operator_stop_status_catalog_package_closed_contract_only`, `package_status=operator_stop_status_catalog_package_index_complete`, `release_status=operator_stop_status_catalog_released_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z159 live smoke. Artifact: `artifacts/c19z159-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-closeout-summary-smoke-result.json`. - C19Z160 Remote Workspace real-adapter not-approved outcome operator stop status catalog closeout summary compatibility proof is complete on docker-test. The compatibility smoke uses C19Z159 as source and validates closeout fields, closeout notes, `closeout_status=operator_stop_status_catalog_package_closed_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z160 live smoke. Artifact: `artifacts/c19z160-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-catalog-closeout-summary-compatibility-smoke-result.json`. - C19Z161 Remote Workspace real-adapter not-approved outcome operator stop status final archive marker is complete on docker-test. The live smoke uses C19Z160 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_final_archive_marker.v1` with `archive_status=operator_stop_status_final_archived_contract_only`, `closeout_status=operator_stop_status_catalog_package_closed_contract_only`, `package_status=operator_stop_status_catalog_package_index_complete`, `release_status=operator_stop_status_catalog_released_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z161 live smoke. Artifact: `artifacts/c19z161-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-final-archive-marker-smoke-result.json`. - C19Z162 Remote Workspace real-adapter not-approved outcome operator stop status final archive marker compatibility proof is complete on docker-test. The compatibility smoke uses C19Z161 as source and validates archive fields, archive notes, `archive_status=operator_stop_status_final_archived_contract_only`, `closeout_status=operator_stop_status_catalog_package_closed_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z162 live smoke. Artifact: `artifacts/c19z162-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-final-archive-marker-compatibility-smoke-result.json`. - C19Z163 Remote Workspace real-adapter not-approved outcome operator stop status final archive manifest is complete on docker-test. The live smoke uses C19Z162 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_operator_stop_status_final_archive_manifest.v1` with `manifest_status=operator_stop_status_final_archive_manifest_complete`, `archive_status=operator_stop_status_final_archived_contract_only`, `closeout_status=operator_stop_status_catalog_package_closed_contract_only`, `package_status=operator_stop_status_catalog_package_index_complete`, `release_status=operator_stop_status_catalog_released_contract_only`, `catalog_entry_type=blocked_not_approved_operator_stop`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z163 live smoke. Artifact: `artifacts/c19z163-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-final-archive-manifest-smoke-result.json`. - C19Z164 Remote Workspace real-adapter not-approved outcome operator stop status final archive manifest compatibility proof is complete on docker-test. The compatibility smoke uses C19Z163 as source and validates manifest fields, manifest notes, `manifest_status=operator_stop_status_final_archive_manifest_complete`, `archive_status=operator_stop_status_final_archived_contract_only`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z164 live smoke. Artifact: `artifacts/c19z164-remote-workspace-real-adapter-not-approved-outcome-operator-stop-status-final-archive-manifest-compatibility-smoke-result.json`. - C19Z165 Remote Workspace real-adapter not-approved outcome factory terminal complete marker is complete on docker-test. The live smoke uses C19Z164 as source and emits `rap.remote_workspace_real_adapter_not_approved_outcome_factory_terminal_complete.v1` with `terminal_status=factory_terminal_complete_contract_only`, `factory_status=complete_no_more_not_approved_layers_required`, `archive_status=operator_stop_status_final_archived_contract_only`, `manifest_status=operator_stop_status_final_archive_manifest_complete`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z165 live smoke. Artifact: `artifacts/c19z165-remote-workspace-real-adapter-not-approved-outcome-factory-terminal-complete-smoke-result.json`. - C19Z166 Remote Workspace real-adapter not-approved outcome factory terminal complete compatibility proof is complete on docker-test. The compatibility smoke uses C19Z165 as source and validates terminal fields, terminal notes, `terminal_status=factory_terminal_complete_contract_only`, `factory_status=complete_no_more_not_approved_layers_required`, `operator_status=not_approved_branch_closed_new_request_required`, `operator_action=keep_real_adapter_disabled_until_new_explicit_enablement_request`, `display_severity=blocked`, `attempt_allowed=false`, `block_reason=new_explicit_enablement_request_required`, `next_allowed_entrypoint=new_explicit_enablement_request_only`, `blocks_not_approved_extension=true`, `enablement_status=not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No new runtime image was required; the proof ran on `rap-node-agent:codex-service-supervisor-20260513z52`. Verification passed: C19Z166 live smoke. Artifact: `artifacts/c19z166-remote-workspace-real-adapter-not-approved-outcome-factory-terminal-complete-compatibility-smoke-result.json`. - C20Z1 Remote Workspace real-adapter new explicit enablement request is open as a contract-only transition on docker-test. The live smoke uses C19Z166 as source and emits `rap.remote_workspace_real_adapter_new_explicit_enablement_request.v1` with `request_status=new_explicit_enablement_request_opened_contract_only`, `requested_transition=from_not_approved_terminal_to_enablement_review`, `source_factory_status=complete_no_more_not_approved_layers_required`, `source_terminal_status=factory_terminal_complete_contract_only`, `previous_operator_status=not_approved_branch_closed_new_request_required`, `enablement_decision=pending_operator_validation`, `operator_review_status=new_request_opened_pending_validation`, `enablement_status=requested_not_enabled`, `runtime_gate_state=new_request_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled_until_validation_complete`, `next_required_phase=operator_validation_for_real_enablement`, `allows_process_start=false`, `allows_payload_traffic=false`, and guardrails that keep activation blocked, process start disabled, health probe disabled, and `payload_traffic=none`. No runtime enablement was performed. Artifact: `artifacts/c20z1-remote-workspace-real-adapter-new-explicit-enablement-request-smoke-result.json`. - C20Z2 Remote Workspace real-adapter new explicit enablement request compatibility proof is complete on docker-test. The compatibility smoke uses C20Z1 as source and validates request fields, request notes, inherited guardrails, `enablement_decision=pending_operator_validation`, `enablement_status=requested_not_enabled`, `runtime_gate_state=new_request_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `operator_default_action=keep_real_adapter_disabled_until_validation_complete`, `next_required_phase=operator_validation_for_real_enablement`, `allows_process_start=false`, and `allows_payload_traffic=false`. No runtime enablement was performed. Verification passed: C20Z2 live smoke. Artifact: `artifacts/c20z2-remote-workspace-real-adapter-new-explicit-enablement-request-compatibility-smoke-result.json`. - C20Z3 Remote Workspace real-adapter operator validation intake is complete on docker-test. The live smoke uses C20Z2 as source and emits `rap.remote_workspace_real_adapter_operator_validation_intake.v1` with `intake_status=operator_validation_intake_open_contract_only`, `validation_scope=real_adapter_enablement_pre_runtime_review`, `enablement_decision=pending_operator_validation`, `enablement_status=requested_not_enabled`, `runtime_gate_state=validation_intake_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `next_required_phase=operator_validation_checklist`, `allows_process_start=false`, and `allows_payload_traffic=false`. No runtime enablement was performed. Artifact: `artifacts/c20z3-remote-workspace-real-adapter-operator-validation-intake-smoke-result.json`. - C20Z4 Remote Workspace real-adapter operator validation checklist is complete on docker-test. The live smoke uses C20Z3 as source and emits `rap.remote_workspace_real_adapter_operator_validation_checklist.v1` with `checklist_status=complete_contract_only`, all required validation items satisfied by contract, `remaining_items=[]`, `enablement_status=validated_not_enabled`, `runtime_gate_state=operator_validation_complete_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `next_required_phase=c20_stage_closeout`, `allows_process_start=false`, and `allows_payload_traffic=false`. No runtime enablement was performed. Artifact: `artifacts/c20z4-remote-workspace-real-adapter-operator-validation-checklist-smoke-result.json`. - C20Z5 Remote Workspace real-adapter operator validation closeout is complete on docker-test. The live smoke uses C20Z4 as source and emits `rap.remote_workspace_real_adapter_operator_validation_closeout.v1` with `closeout_status=complete_contract_only`, `validation_chain_status=complete_contract_only`, `enablement_boundary=runtime_enablement_requires_next_explicit_runtime_stage`, `enablement_decision=validated_contract_only_not_enabled`, `enablement_status=validated_not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `next_required_phase=c20_terminal_complete`, `allows_process_start=false`, and `allows_payload_traffic=false`. No runtime enablement was performed. Artifact: `artifacts/c20z5-remote-workspace-real-adapter-operator-validation-closeout-smoke-result.json`. - C20Z6 Remote Workspace real-adapter stage terminal-complete compatibility proof is complete on docker-test. The compatibility smoke uses C20Z5 as source and emits `rap.remote_workspace_real_adapter_c20_stage_terminal_complete.v1` with `terminal_status=stage_terminal_complete_contract_only`, `stage_status=complete_no_more_c20_layers_required`, `validation_chain_status=complete_contract_only`, `enablement_status=validated_not_enabled`, `runtime_gate_state=validated_contract_only_not_enabled`, `runtime_effect=contract_only_no_runtime_enablement`, `next_allowed_entrypoint=next_explicit_runtime_enablement_stage_only`, `allows_process_start=false`, and `allows_payload_traffic=false`. No runtime enablement was performed. Verification passed: C20Z6 live smoke. Artifact: `artifacts/c20z6-remote-workspace-real-adapter-stage-terminal-complete-compatibility-smoke-result.json`. The current phase is NOT: - full mesh routing implementation - full VPN orchestration - multi-cluster runtime traffic handling - production data-plane migration - complete updater rollout orchestration - video meetings - final native client UI redesign Future mesh, VPN, multi-cluster, node-agent updater, and production realtime data-plane work must be introduced only through explicit, narrow, staged implementation prompts. Always keep the project production-oriented. Do not simplify it into a toy app.