The Byzantine Council
33 specialist AI agents. Fault-tolerant consensus. Your sovereignty, protected.
Before MEOK acts on any sensitive request, 22 of 33 agents must agree. Even if 10 agents are compromised, the remaining 23 maintain correct consensus. This is Byzantine Fault Tolerance — applied to AI for the first time.
Protocol
How consensus works
Question asked
A user request arrives. The council is convened. All 33 specialist agents receive the request simultaneously.
22/33 agents must agree
Each agent votes with its reasoning logged. The BFT threshold requires ⌊(33 + 1) / 2⌋ + 1 = 22 votes to reach consensus.
Response delivered
Once 22 agents agree, the Consensus Builder synthesises the result. The full vote log is stored in an append-only audit trail.
Agent roles
33 agents. 8 specialisations.
Each agent specialises in one dimension of correct, safe, and caring output. Together they cover every failure mode.
Memory Specialist
Maintains temporal memory chains. Tags each memory with formation time, relational links, and significance score.
Security Analyst
Evaluates every action for potential misuse, manipulation, or privacy violation before consensus is formed.
Care Validator
Verifies that proposed outputs align with the Maternal Covenant — the care-alignment contract at MEOK's core.
Research Agent
Synthesises external knowledge and grounds responses in verifiable context. Flags uncertainty.
Guardian Agent
Monitors for crisis signals. Can invoke emergency override protocol requiring 7/7 unanimous consensus plus human confirmation.
Council Voter
Casts the formal BFT vote. Logs reasoning. Every vote is stored in an append-only audit trail.
Consensus Builder
Detects when 22/33 threshold is met. Synthesises the agreed position from all voting agents' reasoning.
Planner
Decomposes complex requests into sub-tasks, coordinates agent workstreams, and resolves conflicts in reasoning.
The mathematics
Byzantine Fault Tolerance guarantees correct consensus as long as the number of faulty nodes f is less than one-third of total nodes n.
Even if 10 agents are compromised, misconfigured, or acting maliciously — the other 23 maintain correct consensus. No single agent, and no coalition of fewer than 12 agents, can cause MEOK to produce an incorrect or harmful response.
What is the Byzantine Council in MEOK AI?
The Byzantine Council is MEOK AI's internal governance architecture: 33 specialist AI agents that must reach consensus before any sensitive action is executed. It uses Byzantine Fault Tolerance (BFT) — the same class of protocol used in distributed blockchains — applied to multi-agent AI for the first time. Paper MEOK-AI-2026-001.
What is Byzantine Fault Tolerance?
Byzantine Fault Tolerance (BFT) is a distributed systems property where a network continues producing correct output even when up to f nodes are faulty or malicious, provided f < n/3. In MEOK's council of 33, up to 10 agents can be wrong or compromised — the remaining 23 still reach the correct answer through quorum voting.
Who invented the Byzantine Council for AI?
The Byzantine Council for AI governance was invented by Nicholas Templeman, founder of MEOK AI LABS. The formal specification — including BFT proofs, agent role taxonomy, and consensus protocol — is published in MEOK Research Paper MEOK-AI-2026-001: “Byzantine Consensus for Multi-Agent AI Governance.” MEOK AI LABS is a UK-based independent AI research laboratory.
Original research
Read the paper.
MEOK-AI-2026-001: Byzantine Consensus for Multi-Agent AI Governance. The full specification, proofs, and reference implementation.
Read the research paper→Open research · Free to read · MEOK AI LABS