Verification Scope
What adapterOS verification covers, what it does not cover, and where human oversight applies.
MLNavigator builds compliance-first AI runtime technology
designed for auditable, offline, and high-assurance environments.
Policy-scoped controls over quantization, stop conditions, and kernel selection produce repeatable inference runs.
Hash-chained execution receipts link inputs, configuration, and outputs into audit-ready evidence.
Runs without outbound network calls, license servers, or telemetry. Designed for air-gapped and classified networks.
ITAR, CMMC, and air-gapped deployment requirements
Offline operation in energy, transport, and utility systems
Audit trails and model governance for compliance teams
Sovereign data, classified networks, and FedRAMP-aligned controls
What adapterOS verification covers, what it does not cover, and where human oversight applies.
Company and product overview: market need, product scope, validation status, and business model.
A practical guide to GPU nondeterminism for regulated deployments: where variance comes from, what controls work, and how to document deterministic scope honestly.
AI citations are failing because they lack verifiable provenance. Execution receipts offer a path toward AI outputs that can be meaningfully cited.
What changes when you remove the network. Risks eliminated and risks amplified by offline-first architecture.
A practical guide to GPU nondeterminism for regulated deployments: where variance comes from, what controls work, and how to document deterministic scope honestly.