Validation & Research
A System that makes good faith the winning strategy.
Rigorously validated by mathematical proofs, agent-based models, and domain experts.
Formal Verification
Mathematical Guarantees
Core protocol properties proven in Coq. These theorems guarantee that honest behavior is optimal, coalitions are unprofitable, and the system is self-stabilizing.
Agent-Based Models
Empirical Validation
Thousands of simulations testing real-world scenarios: cooperative agents, adversarial attacks, cold start conditions, and system perturbations.
Key Properties Validated
Honest Behavior is Optimal
Give Truth Tellers The Advantage
The protocol is engineered so that keeping your promise is the most profitable long-term strategy. The economic incentives align self-interest with integrity.
ABM: Cooperative strategies consistently outperform dishonest ones
Proofs: Subgame-Perfect Equilibrium where cooperation is best response
Coalition-Resistant by Default
Don't Compete Against Cheaters
The system is designed to make it economically irrational for groups to collude. As malicious coalitions grow, the cost and risk of detection increase exponentially.
ABM: Sleeper agents and burst attacks are reliably detected
Proofs: Coalition-Proof property proven mathematically
Resilient & Self-Healing
Build On A Resilient Foundation
Even when hit by unexpected events or attacks, the economic incentives act as a restoring force, guiding agents back toward a stable, cooperative state.
ABM: Merit levels recover quickly after perturbation
Proofs: Lyapunov Stability guarantees equilibrium return
Fair & Accessible
Enter A Level Playing Field
The protocol solves the "cold start" problem. New users can join and build a reputation from scratch without needing prior connections or status.
ABM: Genesis simulations show new agents can build reputation
Design: AI-first bootstrap provides immediate utility path