Governing Execution in Complex Intelligent Systems: A Deterministic Constitutional Architecture for Multi-Agent Authorization and State Correspondence

This paper discloses a constitutional governance architecture for distributed intelligent systems in which execution, authorization, and audit are structurally integrated. Authorization validity is determined through computed governance-state correspondence rather than elapsed time, and credential issuance is constitutionally constrained by continuous governance self-measurement. Assemblies interact only when structural identities are compatible under a topology-evaluated mapping. The framework supports environmental and operator-proximal signal integration as optional entropy and authentication modalities under a unified observer-contributor architecture. Implementation-specific mechanisms are intentionally omitted. The disclosed properties establish a category of deterministic governance infrastructure for multi-agent systems. Filing dates: Feb 18, 2026 (63/985,184) and Feb 26, 2026 (63/991,184) This work is publicly disclosed for archival and prior art purposes. The concepts described herein are made available as of the date of publication through this DOI-indexed record. SHA-256: 1d333ef473de3df44c8accc6493721db66fa99daacb1a45827792c57cb73184b Implementation-specific mechanisms and proprietary constructions are intentionally omitted from this disclosure.