smart-contract-vulnerabilities

To audit a smart contract for reentrancy and integer overflow, you must analyze control flow for single, cross-function, and read-only reentrancy, while checking arithmetic operations for underflows and overflows across Solidity versions. This process identifies critical logic flaws.

Detecting flash loan attacks and MEV risks in Solidity contracts requires evaluating how contract logic exploits external price feeds and assessing transaction ordering for front-running vulnerabilities. This targeted evaluation exposes manipulation pathways.

Delegatecall vulnerability analysis identifies storage layout collisions in Ethereum contracts by mapping variable storage slots and verifying function selectors against the called contract. This prevents unintended state overwrites during proxy execution.

Yes, you can check for signature replay and cross-chain vulnerabilities in EVM security audits by validating nonce implementations and message signature scopes. This mitigates the risk of unauthorized transaction duplication across networks.

Evaluating access control misconfigurations and randomness manipulation in smart contracts involves tracing control flow for unauthorized access paths and assessing on-chain randomness sources for predictability. This exposes weak authorization logic.

Yes, this vulnerability audit approach works for CREATE2 address prediction and short address attacks by checking deployment manipulation vectors and mitigating risks associated with malformed address inputs. It ensures deployment and transfer integrity.