Can I use it for deployment to mainnet?

Yes. It provides structured deployment scripts and contract verification commands for Etherscan and other EVM-compatible explorers.

How does it handle smart contract security?

The skill enforces security-first patterns such as Checks-Effects-Interactions (CEI) and provides integration workflows for static analysis tools like Slither and Solhint.

Does this skill support advanced Foundry features?

Yes, it includes comprehensive support for Forge (testing), Cast (interaction), Anvil (local node), and advanced patterns like fuzzing and invariant testing.

Is it compatible with OpenZeppelin?

Absolutely. It is designed to work seamlessly with OpenZeppelin libraries for industry-standard implementations of ERC20, ERC721, and Access Control.

Solidity Smart Contract Developer (Foundry)

Name: Solidity Smart Contract Developer (Foundry)
Author: Activer007

byActiver007

Security & Testing

Streamlines Solidity smart contract development using the Foundry framework with a security-first approach to writing, testing, and deploying on EVM blockchains.

About

The rr-solidity skill transforms Claude into a specialized blockchain engineer, providing a robust workflow for professional smart contract development. It leverages the Foundry framework to implement advanced testing patterns—including fuzzing, invariants, and fork testing—while enforcing industry-standard security practices like the Checks-Effects-Interactions (CEI) pattern. From initial architecture and gas-optimized coding to static analysis with Slither and automated deployment scripts, this skill ensures that every stage of the smart contract lifecycle is handled with precision and security.

Key Features

Gas-optimized coding strategies and detailed gas reporting tools
Comprehensive Foundry testing support for unit, fuzz, invariant, and fork tests
Streamlined deployment workflows and contract verification for EVM-compatible chains
Integrated static analysis using Slither and automated linting with Solhint
Security-first Solidity patterns including CEI, Access Control, and Custom Errors
0 GitHub stars

Use Cases

Setting up complex testing environments that simulate real-world mainnet state
Auditing existing Solidity code for vulnerabilities and gas inefficiencies
Developing secure DeFi protocols or NFT collections using OpenZeppelin standards

About

Key Features

Gas-optimized coding strategies and detailed gas reporting tools
Comprehensive Foundry testing support for unit, fuzz, invariant, and fork tests
Streamlined deployment workflows and contract verification for EVM-compatible chains
Integrated static analysis using Slither and automated linting with Solhint
Security-first Solidity patterns including CEI, Access Control, and Custom Errors
0 GitHub stars

Use Cases

Setting up complex testing environments that simulate real-world mainnet state
Auditing existing Solidity code for vulnerabilities and gas inefficiencies
Developing secure DeFi protocols or NFT collections using OpenZeppelin standards