Governed Tool Lifecycle

Nick Clark

The Tool Lifecycle Controller with Governed State Machine is a secondary inventive step of the Agent-Resident Execution Substrate disclosed in U.S. Provisional Application No. 64/070,239, governing how tool lifecycle operations are initiated by the agent, evaluated against governance policy, and recorded in lineage with cryptographic continuity. Working with the Governed Inference Tool Registry, the Cryptographically Signed Governance Policy Field, and the Append-Only Lineage Field with Continuity Proof, the controller performs installation, retraining, replacement, archival, and removal of managed inference endpoints, evaluating each operation for admissibility and recording it as a deterministic lifecycle event verifiable against its predecessor through cryptographic chaining.

Governed Tool Lifecycle

Tool lifecycle operations initiated by the agent, evaluated against governance policy, and recorded in lineage with cryptographic continuity. The tool lifecycle controller performs installation, retraining, replacement, archival, and removal of managed inference endpoints. Each lifecycle operation is initiated by the semantic agent in response to a trigger event, evaluated against the governance policy field for admissibility, executed by the lifecycle controller, and recorded in the lineage field as a deterministic lifecycle event. The tool registry is configured for atomic registration, deregistration, and substitution of endpoints under governed lifecycle operations, and each lifecycle record is verifiable against its predecessor through cryptographic chaining of the lineage field.

Disclosure Scope

This article describes subject matter disclosed in U.S. Provisional Application No. 64/070,239. It is a technical disclosure for educational purposes and is not legal advice. The scope of any patent protection is defined by the claims of an issued patent.