Integrity
Content commitments detect changes to protected evidence.
Explore how evidence verification behaves across different consequential workflows. This page illustrates the expected results; the separate synthetic evidence lab performs actual cryptographic checks.
Switch scenarios without changing the verifier. Each sample highlights a protected field that matters to a different production workflow.
Start from a sample export and change the displayed evidence. This walkthrough illustrates content, chain and signer failures. For actual SHA-256 and Ed25519 verification, use the synthetic evidence lab.
The exported evidence can be checked for content integrity, signed-history continuity, and expected signer identity outside the running application.
Verification establishes integrity and provenance of captured evidence. Correctness, completeness and capture-boundary guarantees depend on the workflow and deployment architecture.
A bundle can carry the decision, signed events, chain witnesses and public verification material. The verifier checks the bundle without a network dependency.
Content commitments detect changes to protected evidence.
Workspace-scoped links expose missing or modified signed history.
Signer pinning checks that evidence was signed by the expected identity.
Verification does not require trusting the running LoopGrid service.