Canonical Trust Surface
Receiz publishes the canonical trust surface for independent verification across files, documents, media, and package formats. Original file bytes remain authoritative, the offline verifier is the reference runtime, and API routes are optional mirrors for convenience and automation.
What is authoritative
Verification behavior is anchored to file bytes and reference verifier behavior across all supported file carriers.
The file is the source of truth. Verification starts with exact bytes for PNG/PDF/SVG/JSON/media/package artifacts, never screenshots or OCR.
Decision behavior can be reproduced fully on-device without network calls, enabling resilient validation during outages.
Global offline trust mode uses approved local signing material and signature v4 cert-chain policy checks to keep files verifiable across devices offline, without account sign-in requirements. Untrusted device-only signing stays off by default.
Public routes improve sharing and automation, but they never replace original-file trust.
- A trusted Receiz signature v4 must be present and pass payload-hash, root-key policy, device cert-chain, cert validity, and signature verification checks.
- Proof must be a real g16: Groth16 envelope.
- Anchor data must be present and match code/pulse identity.
If Receiz is offline, verification continues from the file using the local verifier runtime.
Record and Seal also run offline with trusted local signing material. No account is required for Record, Seal, or Verify.
Open Offline VerifierPublished reference values
These values are designed for independent checks.
- Obtain the file (or sealed package ZIP), not a screenshot.
- Load the file in the offline verifier (or upload package ZIP/folder to Verify).
- Confirm decision and compare canonical realm values.
- Use standards and test vectors for conformance checks.
RP-ID: receiz.com
Open live status
Canonical schemas for proof bundles, carrier/envelope contracts, Groth16 envelopes, and document/package verify API responses, plus stable error codes and test vectors used across independent implementations.
Verify original bytes on-device
The offline verifier is the deterministic reference for decision behavior.