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An AI agent claims it did something: pushed a commit, opened a pull request, made a URL return 200. QED Proof does not take that claim at its word. It checks the destination itself, issues a signed receipt, appends the receipt to an append-only Merkle log, and anchors that log’s root on a public chain. Anyone holding a receipt can check it later, without trusting QED Proof’s servers. The loop looks like this:
  1. Your agent sends a claim to POST /v1/claims.
  2. QED Proof reads the destination — GitHub, or the URL itself — never the agent’s own report.
  3. It decides a verdict: verified, late, mismatch, failed, or unverifiable.
  4. It signs the receipt (Ed25519) and appends it to the Merkle log.
  5. The log’s root is periodically anchored on Base Sepolia (testnet) as an attestation.

Quickstart

Connect GitHub, create an API key, and send your first claim.

Concepts

Claims, verdicts, receipts, the Merkle log, anchoring, and trust levels.

API reference

Authentication, endpoints, and errors.

Self-hosting

Run the node yourself.

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What’s built today

  • Claim submission and verdicts (verified, late, mismatch, failed, unverifiable) for six actions: github.commit.push, github.pr.open, github.checks.pass, x.post.publish, slack.message.post, http.url.status. See connectors for which connector each one needs.
  • Signed receipts (trust level 1) and an append-only Merkle log, with inclusion proofs (trust level 2).
  • Anchoring on Base Sepolia (a testnet) via Ethereum Attestation Service. Base mainnet anchoring is not switched on yet.
  • A reference checker you can run yourself against a receipt and the issuer’s public keys.
  • QED Proof has no token, and isn’t affiliated with any token or coin project — see the FAQ.
Not built yet: trust levels 3 (hardware-attested) and 4 (web-proven) are specified but not implemented, and outbound customer webhooks. See trust levels for what each level means.