Smart Contract Formal Verification

We mathematically prove the absence of entire classes of bugs (reentrancy, overflow, logic flaws) before deployment. This prevents catastrophic losses and protects your project's treasury and user funds from exploits that automated tools miss.

Integrate formal verification into your CI/CD pipeline to catch logic errors during development, not in production. This reduces costly rework cycles and audit delays, allowing you to deploy complex DeFi protocols and dApps with confidence, faster.

A single, comprehensive formal verification report replaces multiple iterative manual audits. This upfront investment significantly lowers the total cost of security over your protocol's lifecycle by preventing post-launch emergency patches and reputation-damaging incidents.

For projects in regulated spaces like RWA tokenization or institutional DeFi, formal verification provides the highest standard of evidence for code correctness. It demonstrates due diligence and a proactive security posture to regulators and institutional partners.

Formal specifications act as a single source of truth for your protocol's intended behavior. This ensures all future upgrades and optimizations are provably safe and consistent with the original design, preventing governance disputes and upgrade failures.

We collaborate with your team to define formal specifications—the precise mathematical properties your contract must satisfy. This includes functional correctness, security invariants, and business logic requirements.

Our experts translate your Solidity/Vyper code into a formal model using tools like K Framework or Coq. We then prove core security theorems (e.g., no reentrancy, correct access control) against the specifications.

We complement theorem proving with exhaustive property-based testing (using Foundry or Echidna) to uncover edge cases the formal model may not cover, ensuring robustness against unexpected inputs.