Does this skill support advanced testing?

Yes, it includes comprehensive patterns for fuzz, invariant, and mainnet fork testing using the Foundry framework's forge-std library.

How do I verify contracts on Etherscan?

The skill includes standardized forge commands for verifying contracts post-deployment, including support for constructor arguments and multi-chain IDs.

How does it handle smart contract security?

It integrates Slither for static analysis and solhint for linting, while enforcing security best practices like the Checks-Effects-Interactions pattern and robust access control.

Does it help with gas optimization?

Yes, it provides specific strategies for storage packing, calldata usage, and custom error implementation to significantly reduce gas costs on-chain.

Can I use this for non-Ethereum blockchains?

Yes, it is compatible with any EVM-compatible blockchain supported by the Foundry toolchain, including Layer 2s like Arbitrum, Optimism, and Base.

Solidity & Foundry Smart Contract Suite

Name: Solidity & Foundry Smart Contract Suite
Author: Activer007

byActiver007

Security & Testing

Streamlines the development, testing, auditing, and deployment of secure Solidity smart contracts using the Foundry framework.

About

This skill provides a comprehensive toolkit for EVM-compatible smart contract development, integrating the Foundry framework to ensure security-first practices. It automates the setup of robust testing environments—including unit, fuzz, and invariant testing—while performing deep static analysis with Slither and solhint. By enforcing industry-standard patterns like Checks-Effects-Interactions (CEI) and providing optimized deployment workflows, it helps developers build gas-efficient, production-ready decentralized applications with confidence.

Key Features

Streamlined deployment scripts and contract verification for EVM chains
Automated security auditing with Slither static analysis and solhint linting
Advanced Foundry testing suite including unit, fuzz, invariant, and fork tests
Gas optimization strategies using storage packing and custom errors
Security-first Solidity development following CEI and access control patterns
0 GitHub stars

Use Cases

Testing protocol interactions against real-world state using mainnet fork testing
Auditing existing codebases for vulnerabilities using automated static analysis tools
Building and deploying secure ERC-20, ERC-721, or DeFi protocol contracts

About

Key Features

Streamlined deployment scripts and contract verification for EVM chains
Automated security auditing with Slither static analysis and solhint linting
Advanced Foundry testing suite including unit, fuzz, invariant, and fork tests
Gas optimization strategies using storage packing and custom errors
Security-first Solidity development following CEI and access control patterns
0 GitHub stars

Use Cases

Testing protocol interactions against real-world state using mainnet fork testing
Auditing existing codebases for vulnerabilities using automated static analysis tools
Building and deploying secure ERC-20, ERC-721, or DeFi protocol contracts