secure-workflow-guide

A secure smart contract development workflow systematically identifies vulnerabilities and documents security properties. It involves running Slither scans, checking upgradeability and ERC conformance, generating visual diagrams, and setting up fuzzing with Echidna.

To check for smart contract vulnerabilities, run a security workflow that executes Slither with extensive detectors. This process identifies common bugs early and validates specific features like upgradeability and token integrations before deployment.

Yes, Slither checks ERC conformance and upgradeability patterns. The workflow utilizes slither-check-upgradeability and slither-check-erc to validate that your smart contracts adhere to standards and integrate correctly with tokens.

To set up Echidna for smart contract fuzzing, document your security properties first. The workflow guides you through defining these properties and configuring fuzzing and verification tools like Echidna and Manticore to test them.

Automated tools often miss privacy and front-running risks. A comprehensive security workflow includes manual review guidance to highlight these areas, ensuring your smart contract security posture is fully documented beyond automated vulnerability scanning.

Yes, you can generate visual security diagrams for Solidity code. The workflow creates diagrams for inheritance, function access, and variable authorization to help you visually analyze and secure your smart contract architecture.