Access authority is derived solely from the presentation of cryptographically valid bearer credentials. FSI recognizes no secondary identity claims or human-led verification protocols.

FSI is a non-custodial execution layer. The infrastructure does not possess administrative access to user-locked assets. Recovery is limited to pre-defined time-lock expiration events.

All system operations, once validated by the sovereign node, are considered final. FSI does not support transaction reversal, rollback, or central administrative overrides.

FSI provides the protocol layer only. Node operators and users assume total liability for local regulatory compliance and the legality of assets processed through the enclave.

The architecture enforces zero-knowledge-adjacent principles. No PII is collected, stored, or processed within the sovereign enclave at any stage of the lifecycle.

Access context (IP hashes, device fingerprints) is used for real-time validation and is not persisted beyond the duration of the active orchestration session.

Audit logs are generated for infrastructure security. These logs contain event hashes and trace IDs, ensuring operational transparency without compromising sovereign privacy.

Raw sovereign credentials never cross the network boundary. Validation is performed via local cryptographic commitments, ensuring keys remain sequestered at the source.

Sovereign credentials cannot be reset. Loss of the physical cold-key or raw token results in the permanent sequestration of all associated digital commitments.

Failure to provide the exact environmental context required by the safety node will result in automated access denial. Contextual drift is a primary cause of access loss.

Possession is authority. Any entity with access to the raw credential possesses total sovereignty over the vault. Users must treat tokens as high-entropy physical assets.

Deterministic execution may be subject to infrastructure propagation delays. FSI does not guarantee sub-millisecond finality in cross-region orchestration events.