Surviving Byzantine Fire: Empirical Proof of a Deterministic Web3 AI Architecture

Short summary

Lirix, a Web3 AI agent system, achieved 100% consensus success under Byzantine Fault Tolerance attacks when fewer than 1/3 of nodes were malicious, and demonstrably fail-closed (0% safety violations) when 2/3+ were compromised. Its LLM self-healing loop successfully repaired the vast majority of 100 intentionally broken transactions within 5 iterations. The architecture combines mathematical memory constraints, EVM decompilation, and deterministic feedback loops to prevent hallucinations and malicious proxy exploits.

• •Achieved 100% consensus success in Byzantine scenarios and fail-closed (0% violations) in catastrophic compromises
• •LLM self-healing module autonomously repaired vast majority of 100 broken transactions within 5 iterations
• •Layered architecture uses mathematical constraints (Pydantic), EVM storage analysis, and cybernetic feedback to prevent hallucinations and proxy attacks

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