Web3 & Blockchain Development

Guide building Web3 apps with Solidity, ethers.js, Hardhat, and Foundry workflows.

20|5|Updated Nov 22, 2025
One-click install
npx skills add https://github.com/bobmatnyc/mcp-skillset --skill web3-blockchain-development
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: Web3 & Blockchain Development
Source: https://github.com/bobmatnyc/mcp-skillset/tree/main/docs/skill-templates/web3-blockchain
Command: npx skills add https://github.com/bobmatnyc/mcp-skillset --skill web3-blockchain-development

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Developers need comprehensive guidance to build production-grade Web3 applications with Solidity, advanced tooling, security patterns, and AI-assisted workflows, all in a cohesive framework.

Core Features & Use Cases

  • Solidity security patterns and smart contract architecture (Reentrancy guards, access control, safe math, and upgradeability readiness)
  • DApp frontend integration and tooling (ethers.js v6, Hardhat, Foundry, OpenZeppelin contracts)
  • Testing, deployment, and security best practices across Ethereum and Layer 2 networks
  • AI-enhanced development approaches for rapid scaffolding, code reviews, and vulnerability detection
  • Use Case: Build a secure DeFi token with a front-end that interacts with a deployed contract on Sepolia and a pruned production deployment pipeline.

Quick Start

Ask the AI to scaffold a secure Solidity project for a DApp, including a basic ERC-20 token, Hardhat tests, and a deployment script.

Frequently Asked Questions about Web3 & Blockchain Development

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I build a secure DApp frontend using ethers.js v6 and Solidity?

To build a secure DApp, this Skill guides you through integrating ethers.js v6 and Solidity 0.8+ with modern tooling like Hardhat and OpenZeppelin contracts for robust smart contract architecture and frontend interaction.

What are the best security patterns for Solidity smart contract development?

Essential Solidity security patterns include implementing reentrancy guards, strict access control, safe math operations, and upgradeability readiness using OpenZeppelin contracts to protect your smart contract architecture.

How do I set up a Hardhat and Foundry testing pipeline for Ethereum smart contracts?

You can set up a testing pipeline by using Hardhat and Foundry alongside ethers.js v6 to scaffold comprehensive tests for your smart contracts, ensuring security and reliability before multi-network deployment.

How do I deploy smart contracts to Ethereum and Layer 2 networks?

Deploy smart contracts to Ethereum and Layer 2 networks by following this Skill's multi-network deployment strategies, which cover production pipeline setup and testing on testnets like Sepolia.

Can I use AI to scaffold and review Solidity smart contracts?

Yes, you can use AI-enhanced development approaches to rapidly scaffold secure Solidity projects, perform code reviews, and detect vulnerabilities within your Web3 application workflow.

Do I need OpenZeppelin contracts to build a secure DeFi token?

Using OpenZeppelin contracts is highly recommended for building a secure DeFi token, as they provide proven implementations for standard interfaces like ERC-20 and essential security modules.