Move-Based Bridge Smart Contract Review

We analyze the bridge's design, threat model, and economic assumptions before reviewing a single line of code. This ensures the system's fundamental logic is sound and secure.

Leveraging proprietary and industry-standard static analysis tools (like Move Prover) to identify common security flaws, gas inefficiencies, and code quality issues at scale.

Our senior auditors perform line-by-line analysis of core modules (deposit, validation, relay, withdrawal) to uncover complex logical flaws and edge cases automated tools miss.

Critical for bridges: we verify state synchronization, message ordering, and finality guarantees between source and destination chains to prevent double-spends and consensus attacks.

We audit the tokenomics, slashing conditions, validator incentives, and fee structures to ensure the system remains solvent and attack-resistant under adversarial conditions.

We provide prioritized fixes, re-audit the corrected code, and deliver a final verification report with a security score, giving your team confidence to launch.

Our team includes core Aptos and Sui developers who understand the Move VM's unique security model, including resource types, linear logic, and formal verification capabilities.

We audit for critical bridge vulnerabilities: message relayer trust assumptions, cross-chain state consistency, signature verification flaws, and economic attack vectors specific to asset bridging.

We leverage Move Prover and custom specification frameworks to mathematically verify critical bridge invariants, providing the highest assurance for your asset custody logic.

Receive a detailed report covering severity ratings (Critical/High/Medium/Low), exploit scenarios, proof-of-concept code, and prioritized remediation guidance with gas impact analysis.