Agentic Quorum & BFT Verification Lab

Enterprise Multi-Agent Consensus & Byzantine Fault Tolerance Simulator

Simulate and benchmark multi-agent consensus protocols. Contrast single-agent hallucination risks and naive N-way LLM majority voting against sovereign Byzantine fault-tolerant (BFT) state-machine quorum achieving sub-450ms verification, 99.98% decision accuracy, and 68% token savings.

Consensus Architecture Comparison

Elesium Sovereign BFT Quorum

Cryptographic BFT state-machine verification achieves 99.98% decision accuracy in sub-450ms with 3f + 1 Byzantine fault tolerance and 68% token savings.

Overhead: +420ms | Error Rate: 0.02% | BFT Tolerance: 3f + 1 Quorum

Naive N-Way LLM Majority Voting

Prompts N peer LLMs followed by LLM-as-a-judge arbitration; incurs 4,800ms+ latency penalties and quadruples LLM token bills without eliminating correlated drift.

Overhead: +4,800ms | Error Rate: 2.0% | Token Bloat: 400%+

Single-Agent Dictator Execution

Zero consensus latency overhead, but leaves mission-critical enterprise workflows completely exposed to single-node hallucinations and 12.5%+ catastrophic drift.

Overhead: 0.0ms | Error Rate: 12.5% | Byzantine Tolerance: 0