Batch Transaction Smart Contract Audits

We rigorously audit the core batch execution logic, ensuring atomicity, correct state transitions, and protection against reentrancy and race conditions that can corrupt aggregated operations.

We analyze and optimize gas consumption for batch operations, identifying inefficiencies that can make your protocol economically unviable at scale. We benchmark against industry standards.

We audit proxy patterns, timelocks, and multi-sig integrations to ensure secure, transparent upgrade paths and prevent unauthorized modifications to batch execution parameters.

We verify the security of external dependencies, including price oracles and cross-chain bridges used within batch transactions, ensuring data integrity and liveness.

Receive a detailed technical report with severity ratings, proof-of-concept exploits, and line-by-line remediation guidance. We support you through the fix verification process.

We analyze and optimize gas consumption per transaction in the batch, identifying patterns that can reduce user costs by 15-40%. This is critical for protocols where batch execution fees are passed to end-users.

We focus on vulnerabilities unique to batch execution: reentrancy across multiple calls, incorrect state updates during iteration, and failure handling that can revert entire batches unnecessarily.

Batch transactions are high-value targets for MEV bots. We audit for susceptibility to sandwich attacks, transaction ordering manipulation, and information leakage during batch construction.

We identify gas limits, storage read/write patterns, and loop structures that will fail at scale. This ensures your batch processing remains viable as transaction volume grows 10x or 100x.