19/230,933: Cognition-Native Semantic Execution Platform for Distributed, Stateful, and Ethically-Constrained Agent Systems

Inventor: Nick Clark
Filed: 2025-06-06
Status: pending

Abstract: A cognition-native semantic execution platform is disclosed, comprising a modular architecture for executing memory-bearing semantic agents across centralized, decentralized, and heterogeneous computing environments. The system includes interoperable layers for agent modeling, memory-native substrate transport, scoped trust zone governance, dynamic identity resolution, and runtime ethical enforcement. Semantic agents carry structured fields including intent, context, memory, policy references, mutation descriptors, and lineage, enabling persistent identity, traceable behavior, and ethically governed semantic mutation. Trust validation is performed via entropy-resolved behavioral slope authentication rather than persistent credentials. Execution is policy-scoped and auditable through agent-embedded lineage graphs and cryptographically signed policy references. The platform supports fallback propagation in stateless environments and operates independently of transport topology, enabling scalable, transparent, and ethically constrained reasoning across distributed systems.