Ggg

.github/workflows/verify.yml

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+# SPDX-FileCopyrightText: Copyright (c) 2026 NVIDIA CORPORATION & AFFILIATES. All rights reserved.
+# SPDX-License-Identifier: Apache-2.0
+
+name: Verify
+
+on:
+  pull_request:
+  push:
+    branches: [main]
+
+jobs:
+  verify:
+    runs-on: ubuntu-latest
+    steps:
+      - name: Checkout
+        uses: actions/checkout@v4
+
+      - name: Setup Node
+        uses: actions/setup-node@v4
+        with:
+          node-version: 22.16.0
+          cache: npm
+
+      - name: Install dependencies
+        run: npm ci
+
+      - name: Release verification
+        run: npm run verify:release
+
+      - name: Typecheck CLI
+        run: npm run typecheck:cli
+
+      - name: Clean git diff check
+        run: git diff --check

.jules/sentinel.md

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+## 2026-05-17 - [Command Injection]
+**Vulnerability:** Shell Command Injection in SSH Remote Execution
+**Learning:** `child_process.exec` passes commands to a shell (`/bin/sh -c` on Unix), meaning shell metacharacters in constructed command strings are evaluated by the local host running the agent/cli. This allowed an attacker or malicious config to inject commands (e.g. `; touch /tmp/pwned`) into the remote execution SSH string, causing local command execution.
+**Prevention:** Use `child_process.execFile` (or `spawn`) and pass arguments as an array instead of a concatenated string. This skips local shell evaluation entirely, ensuring arguments are sent directly to the `ssh` binary.

.submit.json

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+{
+  "description": "🎯 **What:** Several files in src/lib/control-plane and src/lib/execution were failing the TypeScript compiler step (npm run build:cli -> tsc) during CI.\n\n📊 **Coverage:**\n- Extracted and added the ExecutionReceiptLineage interface and executionLineage to ExecutionReceipt inside types.ts.\n- Appended runtime to actionClass type in governance.ts.\n- Fallback to generic actionClass in scheduler-dry-run-bridge.ts.\n- Added missing as any casts to runtime-seams.ts.\n- Nullish-coalesced undefined string arguments to empty string in queue.ts.\n\n✨ **Result:**\nnpm run build:cli now completes without error. verify:core passes successfully.\n\nSigned-off-by: Your Name <your-email@example.com>",
+  "commit_message": "🧪 [test] Fix control-plane tests"
+}

.vscode/settings.json

@@ -0,0 +1,16 @@
+{
+    "cSpell.words": [
+        "metacharacters",
+        "NEMOCLAW",
+        "nvapi",
+        "Ollama",
+        "openclaw",
+        "proofpack",
+        "rollups",
+        "serde",
+        "TOCTOU",
+        "unauditable",
+        "unredacted",
+        "workstreams"
+    ]
+}

CHANGELOG.md

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+<!-- SPDX-FileCopyrightText: Copyright (c) 2026 NVIDIA CORPORATION & AFFILIATES. All rights reserved. -->
+<!-- SPDX-License-Identifier: Apache-2.0 -->
+
+# Changelog
+
+All notable changes to this fork are documented in this file.
+
+## [Unreleased]
+
+- governance: implement deterministic canonical policy engine with scope inheritance, overrides, fail-closed evaluation, and replay-safe evaluation traces.
+- security: add deterministic transport, network, command-safety, redaction, and proofpack/export policy guards without changing default runtime behavior.
+- hardening: close governed substrate residual matrix with direct replay drift rejection assertions, reserved-event observability guardrails, and docs/status coherence updates (no new runtime features).
+- trust: add worker identity, trust-level and attestation-status records to control-plane node descriptors; add deterministic capability attestation/trust decision helpers; enforce remote execution trust gating for revoked/expired/conflicted/insufficient trust workers; and emit explicit worker trust/attestation operational events.
+- release: completed governed substrate readiness closure pass with claim-audit normalization, status taxonomy docs, and release verification gate wiring.
+- telemetry hardening: dedicated operational telemetry event taxonomy (`telemetry_probe_*`, `telemetry_parse_*`, `telemetry_unavailable/stale/conflict_detected`, `telemetry_registry_update_*`), explicit mapping in probe flows, and telemetry observability/replay validation coverage with unchanged routing defaults.
+- telemetry: added explicit local GPU telemetry adapters (`nvidia-smi` observed/unavailable/malformed/timeout states), runtime metadata parsing for configured local runtime probes, registry/diagnostics/event integration, and non-fatal unavailable telemetry behavior while preserving routing defaults.
+
+### Added
+
+- Added opt-in governed provider-routing integration behind `NEMOCLAW_GOVERNED_ROUTING=1`, with policy enforcement at provider-selection boundary, explicit no-candidate/fallback handling, and governed routing receipts/events/diagnostics.
+- Added governed provider-routing tests for default behavior preservation, feature-flag parsing, policy deny/approval blocking, no-candidate behavior, fallback constraints, receipt/event emission, and diagnostics state reporting.
+- Added worker/device adapter contracts and local provider capability adapter with explicit unknown-hardware degraded-state reporting.
+- Added scheduler-to-provider dry-run bridge, diagnostics summary helper, and dry-run operational receipt/event emission without changing live routing.
+- Added tests covering worker adapter determinism, dry-run no-execution behavior, diagnostics summaries, and policy-denied summaries.
+- Current-state architecture audit documentation (`docs/architecture/current-state.md`).
+- Target-state architecture documentation (`docs/architecture/target-state.md` + detailed architecture component docs).
+- ADR scaffolding and governance decisions (`docs/adr/0001` through `0007`).
+- Roadmap update with dependency graph and phased workstreams (`docs/roadmap.md`).
+- Verification matrix for documentation, contracts, scheduler, policy, receipts, degraded states, observability, and release-readiness (`docs/verification/verification-matrix.md`).
+- Operational intelligence substrate scaffolding: append-only operational memory, deterministic replay envelope validation, observability aggregations, and supervised policy-promotion proposals.
+- Runtime seam diagnostics now include operational event counts without changing routing behavior.
+- Hygiene test for duplicate CHANGELOG/SPDX header detection.
+- Added `scripts/verify-changelog-hygiene.js` and extended changelog hygiene tests to detect duplicate SPDX headers, duplicate `# Changelog`, and duplicate exact bullet entries.
+- Added explicit local runtime probe execution helper with deterministic ordering, bounded timeouts, local-only URL guardrails, degraded-state surfacing, and operational event emission.
+- Added local diagnostics summary helper exposing probe/degraded state, registry summary, telemetry availability, governed routing state, and optional dry-run result.
+- Added contributor local bootstrap guidance including environment-restricted `npm install --ignore-scripts` verification fallback (local verification only).
+- Added failure-injection tests for local probe unavailable/timeout/malformed/non-local URL behavior and diagnostics degraded-state visibility.
+- Added guarded remote probe contracts: authenticated remote HTTP health-check seam with strict URL/timeout validation, redacted auth metadata, degraded-state mapping, SSH `not_implemented` placeholder, and registry/receipt/diagnostic integration without remote execution.
+- Wired heterogeneous routing bridge into the runtime/provider dispatch seam behind explicit `NEMOCLAW_HETEROGENEOUS_ROUTING`, `NEMOCLAW_GOVERNED_ROUTING`, and `NEMOCLAW_REMOTE_EXECUTION` guards, preserving default local behavior when disabled.
+- Added security policy contracts and tests for URL/network safety, timeout ceilings, structured secret redaction, descriptor-only command safety, transport blocking before fetch/remote calls, and proofpack/export preflight.
+
+### telemetry
+
+- add remote runtime telemetry enrichment and parser adapters (Ollama/vLLM/llama.cpp/NIM/generic)
+- define explicit registry telemetry persistence policy (observed/partial/unavailable/stale/conflict provenance)
+- expand diagnostics and runtime events for telemetry source/confidence and registry update decisions
+
+### Changed
+
+- README updated to clarify fork purpose, current-state vs roadmap, architecture doc locations, and PR verification expectations.
+- routing: add opt-in heterogeneous scheduler bridge connecting local provider and guarded remote execution candidates, with explicit policy gating, deterministic candidate diagnostics, and receipt-recorded fallback behavior.
+- execution: add guarded remote execution adapter seam behind `NEMOCLAW_REMOTE_EXECUTION=1` with policy/approval gating, HTTP scaffold transport, receipt/event emission, replay-safe records, and diagnostics visibility.
+- security: route remote probes, remote execution, local probe URLs, operational events, diagnostics redaction, and proofpack/export helpers through fail-closed security policy checks.
+
+## 2026-05-09
+
+- Fixed CHANGELOG header/content duplication from prior PR and normalized single SPDX/changelog header.
+- Added deterministic governance foundation: policy evaluator, task classification, scheduler primitives, governed fallback records, and initial receipt/scheduling seams.
+- Added foundational control-plane contracts, device registry service, degraded-state taxonomy, and receipt primitives (scaffolded integration only).
+- Added tests for policy/classification/scheduler determinism and fallback explicitness.
+
+## Worker probe and telemetry adapter note (2026-05-09)
+
+- Probes are explicit operator-invoked actions (manual/invoked-only), not autonomous loops.
+- Remote execution remains disabled in this phase; governed routing remains opt-in.
+- Telemetry fields can be unavailable/stale and are surfaced truthfully without fabrication.
+- Dynamo integration is planned only and not implemented.
+
+- hardening: added deterministic degraded-state chaos verification coverage spanning governed routing denial/no-candidate paths, remote execution disabled/deny/approval/timeout outcomes, telemetry non-erasure under unavailable/malformed probes, replay digest mismatch detection, and diagnostics empty-state assertions.