Does it support chains other than Ethereum?

Yes, it is designed for any EVM-compatible blockchain, including Layer 2s like Polygon, Arbitrum, Optimism, and Base.

Can I use this for security audits?

This skill facilitates security-first coding and integrates tools like Slither. However, while it helps identify common vulnerabilities, it is intended to prepare your code for a professional human audit, not replace it.

Does this skill support advanced testing like fuzzing?

Yes, it provides comprehensive patterns for property-based fuzzing and invariant testing using Forge's native capabilities to find edge cases.

How does it handle gas optimization?

It implements several strategies such as storage packing, calldata optimization, and custom errors to minimize gas consumption on-chain.

Solidity & Foundry Smart Contract Development

Name: Solidity & Foundry Smart Contract Development
Author: Microck

byMicrock

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Seguridad y Pruebas

Develops, tests, and audits secure Solidity smart contracts using the industry-standard Foundry framework and security-first patterns.

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This comprehensive skill empowers Claude to act as a professional blockchain engineer, specializing in the Solidity programming language and the Foundry development suite. It provides a structured workflow for architecting EVM-compatible smart contracts, implementing robust testing suites—including unit, fuzz, and mainnet fork testing—and performing automated security audits via Slither and Solhint. By enforcing patterns like Checks-Effects-Interactions and gas optimization, it ensures that your Web3 applications are both secure and efficient from the first line of code to mainnet deployment.

Características Principales

81 GitHub stars
Foundry-native testing (Unit, Fuzz, Invariant, and Fork testing)
Security-first development following CEI and access control patterns
Automated deployment and Etherscan verification scripts
Gas optimization strategies for EVM efficiency
Integrated static analysis with Slither and Solhint linting

Casos de Uso

Developing and auditing DeFi protocols or NFT collections
Setting up a robust Foundry project structure from scratch
Debugging complex smart contract transactions with local fork testing

Acerca de

Características Principales

81 GitHub stars
Foundry-native testing (Unit, Fuzz, Invariant, and Fork testing)
Security-first development following CEI and access control patterns
Automated deployment and Etherscan verification scripts
Gas optimization strategies for EVM efficiency
Integrated static analysis with Slither and Solhint linting

Casos de Uso

Developing and auditing DeFi protocols or NFT collections
Setting up a robust Foundry project structure from scratch
Debugging complex smart contract transactions with local fork testing