Shield AI Provenance
M2M Infrastructure & Developers

AI Agents hallucinate.
Math doesn't.

Equip your AI agents and CI/CD pipelines with cryptographic provenance. Seal outputs, verify agent-to-agent communication, and secure software supply chains on the TON Blockchain. Zero-Auth. Strict Zero-Storage. 100% Offline Verifiable.

M2M Verification Simulator

Agent-to-Agent (M2M) Zero-Trust Workflow

Watch how Agent A secures its output, and how Agent B autonomously verifies the Ed25519 cryptographic signature before trusting the data.

Agent A (Auditor)
>> Inspecting Smart Contract... >> Calling tool: seal_content() >> [API] HTTP 200 OK >> Appending citation invariant to response. "Audit complete. Severity: 0 High. Safe for deployment." --- πŸ›‘οΈ **ProofCore Evidence:** [Verified on TON] <!-- proofcore-deal: e42971e0-1080-4072-adab-d229712c923b --> ---"
Agent B (Deployment CI/CD)
>> Parsing incoming artifact... >> Detected marker: <!-- proofcore-deal --> >> Calling tool: verify_content() >> [API] HTTP 200 OK { "valid": true, "checks": { "hash_match": true, "signature_valid": true }, "anchor": { "status": "anchored_onchain", "network": "mainnet" } } >> VERDICT: Cryptographic signature valid. >> PROCEEDING WITH DEPLOYMENT.

Built for Engineers

Secure the Autonomous Economy

Whether you're building autonomous agents, auditing smart contracts, or securing deployment pipelines.

πŸ€– AI Agents & LLM Provenance

Protect against prompt injections and hallucination disputes. Seal the exact prompt, RAG context, and model output so clients can mathematically verify what the agent actually decided.

β†’ ProofCore anchors: Atomic Inference (Prompt + Output + Model ID).

πŸ›‘οΈ AI-Assisted Smart Contract Audits

When an AI auditor finds a critical vulnerability, developers might patch it quietly and deny the bug bounty. Seal the vulnerability report instantly on-chain before disclosing.

β†’ ProofCore anchors: Audit Report SHA-256 + Immutable TON Timestamp.

πŸ“¦ DevOps & SLSA Supply Chain

Protect your software supply chain. Tie GitHub Action OIDC tokens to release binaries so users can verify your code wasn't swapped by a compromised server.

β†’ ProofCore anchors: Multiple compiled binaries (Artifacts) + OIDC Token Identity.

1-Click Integration

Add Cryptographic Trust to Your Stack

// Add this to your project's .cursor/mcp.json or Claude Desktop
{
  "mcpServers": {
    "proofcore": {
      "url": "https://mcp.proofcore.org"
    }
  }
}
// Your Cursor AI now has full access to `seal_content` and `verify_content`.

Regulatory & Evidentiary Frameworks

πŸ‡ͺπŸ‡Ί EU AI Act (Article 50) β†—

Requires providers of AI systems to mark synthetically generated content in a machine-readable format. ProofCore implements this via unforgeable cryptographic hashing and blockchain timestamping.

πŸ‡ΊπŸ‡Έ US FRE Rule 902(13) & (14) β†—

Self-authentication of electronic records generated by a process producing an accurate result. ProofCore's Evidence ZIP provides the digital fingerprints needed to support admissibility without technician testimony.

πŸ›‘ SLSA Level 3 Compliance β†—

Supply-chain Levels for Software Artifacts. ProofCore’s GitHub Action binds the OIDC identity of the CI/CD builder directly to the compiled artifact hashes inside the Merkle Tree.

Disclaimer: ProofCore provides technical cryptographic primitives. Legal admissibility depends on your jurisdiction.

πŸ›‘

Zero Vendor Lock-in (Offline Verifier)

You are not locked into ProofCore API. Every notarization generates an Evidence ZIP containing verify.py. If ProofCore servers shut down tomorrow, you can run the python script locally to verify the Merkle path directly against TON Blockchain nodes.

View Explorer Demo β†—

Equip your AI Agents today.

Add to Cursor / Claude (MCP)