Curia is a decentralized AI arbitration protocol designed to resolve complex Web3 DAO and smart contract disputes without relying on centralized multisigs or human courts.
Instead of a single "black box" AI, Curia deploys a rigorous, adversarial legal framework directly over a peer-to-peer mesh network. Five distinct, autonomous LLM agents engage in a live debate, achieving consensus verdicts completely autonomously.
Gensyn AXL Integration
The core innovation of Curia lies in our heavy integration with the Gensyn AXL network. We utilize AXL not just as a message queue, but as the foundational routing layer for our autonomous agent mesh.
Yggdrasil Overlay Mesh: Five entirely separate Python processes bind to 5 distinct AXL Go nodes, communicating strictly via P2P event-cascades.
Encrypted Jury Room: We leverage AXL's native public-key cryptography to create a secure sub-channel. The two Juror agents deliberate privately, meaning Prosecutor and Defender nodes physically cannot intercept their packets.
Decentralized Execution: No central server coordinates the trial. The verdict emerges purely from the decentralized consensus of the mesh network.
The 5-Agent Architecture
Curia distributes legal reasoning across specialized persona nodes:
The Judge: Orchestrates the trial phases, maintains order, and issues the final binding verdict based on jury consensus.
The Prosecutor: Aggressively cross-examines evidence and argues for the plaintiff's case.
The Defender: Counters prosecution claims, identifies logical fallacies, and defends the accused.
The Jurors (2x): Observe the adversarial debate silently until deliberation, where they use encrypted channels to analyze the arguments and vote.
Immutable Verdicts
Once a verdict is reached, the protocol generates a highly detailed legal transcript. For complete transparency and permanence, verdicts can be exported as PDFs or archived immutably to IPFS, ensuring Web3-native justice.