Sweep finding: meld fuses wasm in/out but runs no wasm-level verification and has 0 rivet verifies links (traceability lives in safety/requirements/traceability.yaml, ~20 refs, not in the rivet graph). Track A is fully signed.
Track C — wasm gates (priority):
Track B — distribution: GH-Release-only.
Track E — rivet extraction: migrate the traceability.yaml refs into typed rivet verifies links + an executable gate (relay is the test-level exemplar). The existing LS-regression verification-gate.yml is a good base.
Part of the org-wide release-consistency campaign — the five-track standard is in the release-artifact-pipeline skill (plugin v0.10.0).
Coordination hub: pulseengine/pulseengine.eu#98 — if this standard does not fit this repo (you need a deviation, different sequencing, or want to sync on how a track applies), raise it there. Deviations are decided in the open at the hub, not diverged silently.
Sweep finding: meld fuses wasm in/out but runs no wasm-level verification and has 0 rivet
verifieslinks (traceability lives insafety/requirements/traceability.yaml, ~20 refs, not in the rivet graph). Track A is fully signed.Track C — wasm gates (priority):
Track B — distribution: GH-Release-only.
meld-cliis user-facing.Track E — rivet extraction: migrate the
traceability.yamlrefs into typed rivetverifieslinks + an executable gate (relay is the test-level exemplar). The existing LS-regressionverification-gate.ymlis a good base.Part of the org-wide release-consistency campaign — the five-track standard is in the
release-artifact-pipelineskill (plugin v0.10.0).Coordination hub: pulseengine/pulseengine.eu#98 — if this standard does not fit this repo (you need a deviation, different sequencing, or want to sync on how a track applies), raise it there. Deviations are decided in the open at the hub, not diverged silently.