Trust should be verified before collaboration begins.
We frequently saw enterprises get bogged down in high-friction legal agreements (NDAs) and tedious compliance questionnaires just to evaluate a partner's software or data pipeline. Even after months of negotiation, the final security posture was still based on a fragile assumption: trusting a vendor's self-signed claims.
This led to a simple realization: trust should be empirical, not legal. An organization should be able to run a test transaction inside a partner's target environment and receive a cryptographic proof that the runtime boundaries are actively enforced—all without taking possession of or exposing any intellectual property.
By building a public verification surface, we created NovaProof. It shifts security verification from a paper audit to a live mathematical demonstration.
Because of this, you can now empirically verify the security posture of any third-party software, cloud endpoint, or AI model prior to sending a single byte of sensitive payload data.
NovaProof ≡ Reference Surface ≡ Empirical Verification
| Dimension | Description | Verification Method |
|---|---|---|
| Reference Surface | Public-facing sandboxed enclave used to demonstrate runtime reachability bounds. | Hardware-attested Proof Runs. |
| ERI Verification | Running standard Execution Reference Implementations (ERIs) to assert rule outcomes. | Assertion comparison of result receipts. |
| Receipt Auditing | Verifying the mathematical integrity of state transition chains. | Chain validation signatures. |
// NovaProof Receipt Signature Verification
function verifyProofReceipt(receipt, referencePubKey) {
const dataToVerify = receipt.txData + receipt.outcome;
const isSignatureValid = verifyAsymmetricSignature(
dataToVerify,
receipt.signature,
referencePubKey
);
return {
verified: isSignatureValid,
timestamp: receipt.timestamp,
outcome: receipt.outcome // 'ALLOW' or 'DENY'
};
}As a Standalone Primitive: NovaProof offers an API endpoint for verifying receipt authenticity and attestation reports from remote enclaves.
As a Composed Architecture: NovaProof validates the receipts generated by Cyber-Safety layers, verifies the IDNA context signatures, and confirms the integrity of NovaVault-X objects.
Verify the proof verification algorithms and public key lists.