enclave-merkle

Tamper-evident audit logs use Merkle trees to generate cryptographic roots from event hashes, proving log consistency. This Skill creates those roots and proofs specifically for high-assurance tamper detection in distributed systems.

A Merkle inclusion proof verifies event logs by providing O(log n) cryptographic evidence that a specific event hash was included in the tree. This ensures individual log entries cannot be denied or altered without detection.

Yes, you need the Node.js crypto module to perform SHA-256 hashing when generating Merkle roots. This Skill requires that specific environment to compute the cryptographic proofs needed for attestation.

A Merkle consistency proof verifies that an older log is a strict prefix of a newer log without reprocessing all events. It ensures append-only log integrity for distributed systems and agent log management.

Yes, this Skill is specifically designed for the Latch Enclave attestation system. It securely attests to the integrity of log files generated by Latch agents using cryptographic Merkle proofs.

You need cryptographic proofs for audit trails when managing high-assurance distributed systems requiring tamper detection. They provide undeniable mathematical verification of event inclusion and log consistency.