Institutional Cross-Chain Bridge Audit

In-depth analysis of bridge core logic, token wrapping, and governance contracts for vulnerabilities like reentrancy, logic flaws, and access control issues. We review 100% of the codebase.

Security assessment of off-chain components, including signature verification, message relaying, and validator set management to prevent front-running and censorship attacks.

Review of staking mechanisms, slashing conditions, fee structures, and treasury management to ensure long-term economic security and operator alignment.

Verification of message formatting, sequencing, finality proofs, and state synchronization between heterogeneous chains (EVM, Cosmos, Solana, etc.).

Audit of timelocks, multi-signature requirements, and pausability mechanisms to ensure secure, transparent governance over bridge parameters and emergency responses.

Assessment of SDKs, APIs, and user-facing applications for secure interaction with the bridge, including input validation and secure private key handling.

We simulate sophisticated attack vectors specific to cross-chain bridges—including governance attacks, validator collusion, and liquidity manipulation—using formal verification and economic modeling.

Deep audit of all bridge components: smart contracts, relayers, oracles, and the underlying tokenomics. We assess for code vulnerabilities, economic sustainability, and incentive misalignments.

Our team has secured bridges processing over $10B+ in cumulative volume. We bring battle-tested experience from auditing live, production systems under real economic pressure.

Receive clear, prioritized findings with exploit scenarios, proof-of-concept code, and direct remediation guidance. Our reports enable your team to fix issues efficiently.

Post-audit, we provide ongoing advisory on upgrade implementations, new threat intelligence, and best practices for maintaining bridge security as your protocol evolves.

Our audit process incorporates frameworks relevant to financial services, helping institutional clients address security expectations from regulators and partners.