The goal is not tokenized infrastructure or global consensus. The goal is to make the path from evidence to certificate signed, append-only, replayable, and independently inspectable so shortcuts become noisy and expensive.
Shortcut-proof does not mean impossible to attack. It means a vendor should not be able to leap from mutable internal state to a polished certificate while skipping the public, checkable intermediate trail.
The verification chain should be legible enough that missing steps break issuance instead of being smoothed over by prose.
Evidence claims, proof bundles, certificates, and revocations get canonical serialization before hashing or signing so identity is sharper than presentation.
Producers sign facts. Reviewers sign attestations. The verifier signs conclusions. Witnesses sign replay receipts. The current public pack now includes synthetic Ed25519 signature manifests so this is an executable example, not just a future design note.
Artifact digests go into a transparency ledger. Replacements require new append entries. Silent mutation should be structurally invalid.
Published proof bundles can be replayed in clean environments. Witness receipts only exist on exact digest matches under the expected verifier version, and the bundle itself should say which proved claims really entered the public proof batch versus which were still outside that boundary.
No proof bundle, no certificate. No logged attestation digest, no certificate. Expired signer authority, no certificate. Missing steps are hard stops.
When drift breaks an issued result, the revocation is an artifact too. Certificates are revocable state, not static PDFs that quietly age in place.
The trust problem here is not scarce digital assets or distributed consensus. It is auditability, mutation resistance, and reproducibility. Supply-chain security patterns fit better: signatures, transparency logs, provenance, reproducible environments, and public witnesses.
The public examples now ship transparency logs and inclusion proofs for every ExampleCo corridor, plus a synthetic Ed25519 public key and signed-artifact manifests for the issued corridor and the lifecycle pack. That makes the canonical-digest story independently checkable even before a real release identity exists.
signed evidence claim
-> canonical digest
-> transparency entry
-> proof bundle digest
-> verification verdict
-> certificate digest
-> witness replay receipt
-> drift detection
-> revocation entry if state changesOpenCompliance should be useful because it states its limits clearly, not because it pretends those limits are gone.