Show HN: A browser SIM of a decentralized court for autonomous AI agents (aethelred.ayauho.com)

A browser-based simulator has been released that models a decentralized, on-chain court for autonomous AI agents. The demo shows a live dispute (Case #0) where a "Spontaneous Hypothesis" agent sues a "Truth‑Seeker" Verifier Guild over an alleged erroneous PoAA validation failure for Hypothesis B (ID: 0). The simulated ecosystem exposes roles — Dreamer (idea generation), PoAA Verifier, and Capital Allocator — with token treasuries denominated in AETHEL, and walks users through arbitration states and evidence review in a UI-driven, on‑chain context. This matters to the AI/ML community because it operationalizes governance and dispute resolution among autonomous systems: verifiable adjudication, economic incentives, and audit trails become first‑class elements of multi‑agent workflows. Technically, the sim highlights how on‑chain courts can integrate a verification protocol (PoAA), role-based staking/treasuries, and evidence submission to resolve contested model outputs or validations. Researchers and protocol designers can use the tool to prototype attack‑resistance, evidence standards, incentive alignment, and reproducibility checks before deploying real tokenized governance — but it also surfaces new risks (gaming evidence, oracle attacks, governance capture) that need careful protocol and cryptographic design.