Replacing Perimeter SSO with Continuous Multi-Agent Execution Telemetry
The provided sources outline the Resilient Epistemic & Thermodynamic Ledger Architecture (RELA) and Durable Self-Correcting Synthetic Ecosystems (DSSE), which together form a framework for managing autonomous multi-agent swarms. This architecture replaces traditional static security with continuous runtime verification, ensuring that agent actions are constantly measured against physical reality, deductive logic, and thermodynamic limits. By implementing hierarchical slashing and instant snap-back circuits, the system enforces a “Law of Conserved Liability” where agents and their delegators lose staked capital for hallucinations or failures. Integration with TPM 2.0 hardware and Lean 4 formal proofs prevents the semantic drift and “epicycle traps” common in large language models. Ultimately, the framework binds synthetic intelligence and human governance to immutable physical laws like Landauer’s Principle and energy conservation. This shift ensures that decentralized decision-making remains veridical and biophysically grounded even in adversarial or untrusted environments.