Formal Verification for DePIN Core Logic

We translate your DePIN's business logic into formal specifications using TLA+ or Coq, creating a precise mathematical model of the intended system behavior.

We define critical safety and liveness properties (e.g., "no double-spend", "guaranteed reward payout") as formal theorems to be proven.

Our experts use automated provers (like Ivy) and interactive theorem provers to mathematically verify that the model satisfies all defined properties.

We guide the refinement of the proven model into executable Solidity/Rust code, ensuring the implementation is a correct refinement of the verified spec.

We perform exhaustive state-space exploration on the final code using tools like Certora Prover to catch edge cases automated provers may miss.

You receive a complete verification report with proofs, counterexamples, and certified code—dramatically streamlining your external security audit.

We deliver a formal proof that your core DePIN logic is free from critical vulnerabilities like reentrancy, overflow, and access control flaws. This eliminates entire classes of exploits before deployment.

Our verification reports provide auditable evidence of security for compliance and due diligence. This accelerates partnerships, funding rounds, and enterprise adoption by demonstrating provable safety.

DePIN networks secured with formal verification have a proven track record of avoiding catastrophic, network-halting hacks. Protect millions in staked assets and hardware value from day one.

Provable security significantly lowers premiums from crypto-native insurers and reduces the scope and cost of recurring manual audits, delivering long-term operational savings.