Product/control-plane gaps preserved from superseded traceability work
Protected main@9b57e4bb95b1a6efe9976a208fe7ca2c0d36dfec has already absorbed the #1507 multi-hour Noema/review-lifecycle changes, so the older #1535 document branch can no longer be merged as written. Preserve its still-valid buyer/control-plane goals here as focused implementation ownership rather than keeping a stale PR alive.
G-Review-Depth
OpenCode and Noema do not yet have a measured review-quality parity contract against strong independent reviewers such as CodeRabbit/Devin. Define a reproducible evaluation set and measure finding recall/precision, severity calibration, false-positive rate, exact-location validity, and repair usefulness on the same PR corpus. Audit opencode.jsonc, review prompts, scripts/ci/noema_review_gate.py, and contextual-orchestrator reasoning/test-time-compute settings. Do not optimize to finding count alone or invent a heuristic threshold; select acceptance criteria from measured data and research, then record the design and ablation evidence in ADR/doctoring and docs/product-technical-gap-baseline.md.
G-Strix-FullScope
Verify the actual trusted Strix scan scope on protected main. The product directive is that the required security review must be capable of whole-codebase analysis, not merely a changed-file slice that can permanently miss pre-existing exploitable paths. Design the full-scope path without weakening exact-head binding, artifact evidence, provider-unavailable fail-closed behavior, or source/credential isolation. Measure runtime and resource demand with real repositories; multi-hour scans are acceptable. Add current authoritative security/operations references and exact-head canaries.
G-FastModelRouting
Review/repair traffic through contextual-orchestrator should prefer models that are both capable and empirically fast for the task, rather than using provider/model-name lists or hand-written rules. Use structured runtime evidence keyed by the real deployment/model-group identity, including latency, terminal availability, capability, cost/privacy constraints, and later-success recovery. Route by measured evidence with ablation, not provider-name/model-id heuristics. The implementation owner may be ContextualWisdomLab/contextual-orchestrator; central .github should consume the versioned policy rather than duplicate it.
Acceptance
- current authoritative research/standards and provider docs recorded in APA 7 style;
- reproducible evaluation/telemetry schemas rather than rule-of-thumb constants;
- current-main implementation PRs in the repository that truly owns each boundary;
- complete statement/branch/docstring/edge-case coverage for owned code;
- exact-head required security/review evidence and no routine bypass;
docs/product-technical-gap-baseline.md updated with current implementation and measured status.
Queue/capacity work remains separately owned by #1531.
Product/control-plane gaps preserved from superseded traceability work
Protected
main@9b57e4bb95b1a6efe9976a208fe7ca2c0d36dfechas already absorbed the #1507 multi-hour Noema/review-lifecycle changes, so the older #1535 document branch can no longer be merged as written. Preserve its still-valid buyer/control-plane goals here as focused implementation ownership rather than keeping a stale PR alive.G-Review-Depth
OpenCode and Noema do not yet have a measured review-quality parity contract against strong independent reviewers such as CodeRabbit/Devin. Define a reproducible evaluation set and measure finding recall/precision, severity calibration, false-positive rate, exact-location validity, and repair usefulness on the same PR corpus. Audit
opencode.jsonc, review prompts,scripts/ci/noema_review_gate.py, and contextual-orchestrator reasoning/test-time-compute settings. Do not optimize to finding count alone or invent a heuristic threshold; select acceptance criteria from measured data and research, then record the design and ablation evidence in ADR/doctoring anddocs/product-technical-gap-baseline.md.G-Strix-FullScope
Verify the actual trusted Strix scan scope on protected main. The product directive is that the required security review must be capable of whole-codebase analysis, not merely a changed-file slice that can permanently miss pre-existing exploitable paths. Design the full-scope path without weakening exact-head binding, artifact evidence, provider-unavailable fail-closed behavior, or source/credential isolation. Measure runtime and resource demand with real repositories; multi-hour scans are acceptable. Add current authoritative security/operations references and exact-head canaries.
G-FastModelRouting
Review/repair traffic through contextual-orchestrator should prefer models that are both capable and empirically fast for the task, rather than using provider/model-name lists or hand-written rules. Use structured runtime evidence keyed by the real deployment/model-group identity, including latency, terminal availability, capability, cost/privacy constraints, and later-success recovery. Route by measured evidence with ablation, not provider-name/model-id heuristics. The implementation owner may be
ContextualWisdomLab/contextual-orchestrator; central.githubshould consume the versioned policy rather than duplicate it.Acceptance
docs/product-technical-gap-baseline.mdupdated with current implementation and measured status.Queue/capacity work remains separately owned by #1531.