New Runtime Model Enforces Reconstructive Authority in Autonomous Agents
A recent paper on arXiv (2605.23935) presents a runtime execution framework for autonomous agent systems that implements Reconstructive Authority (RAM). This principle mandates that actions can only be taken if authority can be derived from the existing state. The proposed model broadens the execution state space by introducing a third state, halt, applicable when authority is ambiguous due to limited observability. It features a detailed execution protocol that encompasses dynamic dependency resolution, authority reconstruction, and clear decision semantics, along with a Recovery Loop that combines drift detection (IML) with execution gating.
Key facts
- Paper introduces runtime enforcement of Reconstructive Authority (RAM) in autonomous agents
- Execution state space extended to three states: admit, deny, halt
- Halt state covers cases of incomplete or uncertain observability
- Protocol includes dynamic dependency resolution and authority reconstruction
- Recovery Loop integrates drift detection (IML) with execution gating
- arXiv paper number: 2605.23935
- Published in 2025 (arXiv:2605.23935v1)
Entities
Institutions
- arXiv