RIC VERIFY

Deterministic AI decision commitment infrastructure.

RIC VERIFY converts an AI decision from a transient runtime event into a replayable, cryptographically bound artifact. Each request produces a deterministic output and a verifiable bundle designed for audit, litigation survivability, and multi-instance deployment.

Core guarantees

Deterministic replay

The same input produces the same committed output. Replay does not depend on runtime logs, environment variance, or probabilistic sampling.

Cryptographically bound bundles

Each decision emits a bundle with stable schema, hash identity, and signature support. Artifacts are immutable once committed.

Offline verification

Third parties can validate bundle integrity and structure without trusting the operating service.

Fail-closed posture

Missing scope, invalid configuration, or unavailable backend produces deterministic refusal codes. No partial success or silent degradation.

Execution surface

Request → deterministic execution → legality gate → committed bundle → retrieval → offline verification.

  • • Fixed-point Q32 numerics (no float/time/random in committed path)
  • • Explicit legality boundaries
  • • Stable refusal taxonomy
  • • Tenant-scoped artifact identity
  • • Schema version authority
  • • Idempotent ledger commitment

Enterprise deployment requirements

Shared-state correctness

No correctness state is maintained in per-process memory. Quotas, metering, ledger, and bundle storage reside in durable shared backends.

Replay across upgrades

Schema migrations are deterministic. Bundle structure remains verifiable across version transitions.

Audit export discipline

Export surfaces are bounded, policy-enforced, and deterministic. No implicit data leakage.

Key compromise response

Explicit artifact identity and signature structure enable revocation and re-verification procedures.

Scope boundaries

  • • Does not improve model accuracy.
  • • Does not provide probabilistic explainability tooling.
  • • Does not function as a consumer AI interface.
  • • Does not degrade silently under infrastructure failure.

RIC VERIFY is infrastructure for AI governance under liability. It exists to ensure that decisions remain reproducible, verifiable, and legally defensible across time, scale, and organizational change.