Four provisional applications. One validation thesis.

Defines a validation system in which AI output is checked by a plurality of independent scoring gates whose passing results are combined under conjunctive AND-logic, where the validation is invokable by the generating model during generation via tool-calling, and where a composite cryptographic proof binds the individual gate signatures, an output hash and a timestamp. This is the foundation patent — the Triple-Gate Validation MCP is its Claim 1 commercial embodiment, and the Gate enforces agent actions under Claim 22.

Describes a distribution system in which multiple agents self-validate work products, using a coprime completeness scheme to guarantee coverage across a partitioned task space, with artifacts signed by post-quantum signature algorithms so that validity survives a future cryptographically-relevant quantum adversary. The architecture lets a fleet of agents prove collectively that no required region of work was skipped or duplicated.

Covers a trustless commerce mechanism in which a financial transaction is attested by three independent cryptographic algorithms in concert, such that settlement is only acknowledged when all three attestations agree, and where the algorithm selection is quantum-resistant. The triple-algorithm requirement removes single-algorithm failure as a path to forged settlement.

A continuation-in-part of the foundation patent that anchors gate evaluation inside hardware-attested execution: gate logic runs in a trusted execution environment, the attestation key is HKDF-derived, and the scheme is interoperable across Intel TDX, AMD SEV-SNP, NVIDIA Confidential Compute, ARM TrustZone and Apple Secure Enclave. This is the basis for the hardware attestation option on enterprise tiers.