AI Execution Integrity Demo
Prove a single execution is tamper-evident and independently verifiable.
We certify what happened, without storing the underlying data.
Data is processed transiently for certification and never persisted. Only cryptographic commitments and verifiable proofs are retained. · protocol 1.3.1
1Define Execution
Select a preset scenario or define your own AI execution parameters below.
A. Scenario
B. Execution
Your data is processed transiently for certification and is not stored. Only cryptographic commitments are retained.
Records whether the model advised or acted. Sealed into the record and covered by the certificate hash.
The node certifies this exact payload shape and stores commitments, not raw values.
This identity is cryptographically bound to the record and included in the certificate hash.
2Execute & Certify
Raw input and output are transmitted to the node over TLS and processed transiently in memory via /v1/cer/ai/certify. They are sealed into one-way cryptographic commitments and discarded, no raw data is persisted.
Only commitments (HMAC-SHA-256), hashes, and attestation metadata are retained in the certified record.
What This Proves
This does not guarantee the model would produce the same output again. It guarantees that this recorded output is cryptographically bound to the recorded inputs and parameters. If any field is altered, even by one character, verification fails.
Next steps
Pick the path that matches your role.
What's next
You've seen the proof. Now choose your path.
Start building with the free tier, evaluate for your compliance workflow, or talk through your architecture with our team.