Cross-Chain MEV Protection Mechanism Audit

We analyze your cross-chain message flow, bridge/relayer design, and settlement logic to identify systemic MEV attack vectors like sandwiching, front-running, and time-bandit attacks.

Line-by-line review of core settlement contracts, sequencer logic, and validator incentive mechanisms using static/dynamic analysis and formal verification tools.

Stress-test validator/searcher economics under adversarial conditions to ensure your slashing conditions, fee structures, and reward mechanisms disincentivize malicious MEV extraction.

Execute simulated MEV attacks on a forked testnet using custom bots to validate protection mechanisms, measure slippage impact, and test crisis response procedures.

Verify the correct integration of MEV-resistant libraries (e.g., SUAVE, Flashbots Protect), RPC endpoints, and block builder relays to ensure end-to-end protection.

Receive a prioritized vulnerability report with CVSS scores, proof-of-concept exploits, and actionable remediation guidance. Includes follow-up verification of fixes.

We implement and validate robust transaction ordering logic, protecting user funds from predatory MEV bots. This directly translates to higher user trust and increased transaction volume.

Our audit ensures the bridge's state consistency and message verification are cryptographically sound, preventing double-spends and invalid state transitions. Protect your treasury and user assets from catastrophic loss.

We identify and remediate gas-inefficient patterns in relay logic and proof verification. Reduce operational costs and improve the economic viability of your bridge for end-users.

Receive a clear, actionable remediation roadmap. Our engineers work alongside your team to resolve critical issues, enabling secure mainnet deployment in weeks, not months.

A Chainscore audit report is a recognized trust signal. Satisfy due diligence requirements from VCs, exchanges, and institutional partners looking for proven security rigor.

Our review includes upgradeability patterns and governance mechanisms, ensuring your bridge can securely adapt to new chains and standards without introducing vulnerabilities.