Research
Whitepapers, open architecture and reference implementations, and research writing on AI-agent execution, identity, security and distributed coordination.
Research areas
Governance models for controlling agent actions, permissions, evidence and settlement within individual systems.
Protocols for agent identity, authorization, accountability and verifiable interaction across system boundaries.
Architectures for coordinating objectives, commitments and outcomes between independently governed systems.
Published research and open systems
How this work is published, specified and demonstrated.
Formal, versioned and citable technical publications covering AI-agent execution, security and distributed coordination.
View whitepapersAn open-source runtime for structured AI-agent execution through explicit capabilities, bounded authority and controlled interaction with enterprise systems.
Architecture diagrams · Source code · DocumentationAn open protocol for coordinating outcomes across trust boundaries through objectives, offers, commitments, evidence and settlement.
Protocol diagrams · Source code · Technical specificationA low-latency continuous authorization protocol re-evaluating token permissions at the execution boundary during active agent sessions.
Whitepaper · Connection-bound AuthZA deterministic query-planning retrieval engine with domain-aware ranking and JSONL output for autonomous agent workflows.
Query planner · Ranking · JSONL schemaCurrent research direction
My current work examines how autonomous systems can coordinate outcomes without requiring shared ownership, centralized execution or unrestricted trust. The focus is on explicit objectives, bounded authority, commitments, evidence and settlement. This work is developed through the Lattice Capability Runtime and Covenant Layer Protocol, with architecture diagrams, specifications and reference implementations published openly.