MATHS protecting onchain finance.

Formal verification of smart contracts & blockchains

Formal verification is an advanced software technology used to prove the reliability of critical systems in nuclear power, aviation, space, and transport. Smart contract formal verification brings that same mathematical assurance to onchain finance, where code can control millions.

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Urgent call from Vitalik

As onchain finance matures, security can no longer rely on best-effort reviews alone. Even Vitalik Buterin is pointing toward stronger methods, including AI-assisted formal verification.

Why it matters
Smart Contract Formal Verification

Mission

We turn smart contracts & blockchains into provable systems.

How it works

Smart Contract Formal Verification

Step 1 — Preparation

  • We review the codebase
  • Identify realistic attack scenarios
  • Define critical security invariants (*) validated by the client

(*) invariant = property that must always hold true throughout execution

Step 2 — Formal Verification.

  • We model the system mathematically
  • Encode the invariants
  • Explore all relevant states and executions
  • Prove each invariant (or find counterexamples

Step 3 — Iteration.

  • Fix vulnerabilities
  • Re-run verification
  • Repeat until all critical properties are proven

Output

  • Mathematical proofs of security
  • Concrete attack scenarios when issues exist
  • Clear remediation recommendations

We don’t just detect potential exploits. We prove they cannot exist.

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The new paradigm

Over the past decade, DeFi has operated in a fundamentally broken security paradigm. Billions have been lost to smart contract exploits. Attacks are becoming more sophisticated. Capital (Wall Street) is entering the space. Security is no longer optional. It is becoming mandatory infrastructure !

Smart Contract Formal Verification

Security is becoming mandatory infrastructure.

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Clients

We work with organizations that develop, use, or invest in smart contracts managing digital assets, and that take security seriously — whether due to the scale of assets at risk, prior exposure to exploits, or institutional requirements.

  • Blockchain foundations developing infrastructure
  • Protocols and development agencies building smart contracts managing digital assets
  • Institutions (banks, financial infrastructure players) using smart contracts in production
  • Investors allocating capital into DeFi and on-chain protocols
  • Venture capital firms financing blockchain protocols
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Smart Contract Formal Verification