scaffold-eth
Official@scaffold-eth
Rapid prototyping environment for Ethereum-based decentralized applications featuring integrated smart contract deployment, token standards, and cryptographic authentication patterns.
Agent Skills by scaffold-eth
Showing 12 vetted skills indexed across 1 GitHub repositories.
scaffold-ethdrizzle-neon
Integrates Drizzle ORM and Neon PostgreSQL into Scaffold-ETH 2 dApps.
scaffold-ethsubgraph
Integrates The Graph subgraph into Scaffold-ETH 2 for indexing contract events via GraphQL.
scaffold-ethx402
Integrates x402 payment-gated routes into Scaffold-ETH 2 Next.js applications.
scaffold-ethopenzeppelin
Develop Solidity smart contracts using OpenZeppelin library components in Scaffold-ETH 2 projects.
scaffold-ethponder
Integrate Ponder into Scaffold-ETH 2 to index smart contract events and serve GraphQL APIs.
scaffold-etherc-20
Integrate ERC-20 tokens into Scaffold-ETH 2 projects using OpenZeppelin contracts.
scaffold-etheip-5792
Integrate EIP-5792 batched transactions into Scaffold-ETH 2 with wagmi hooks.
scaffold-etherc-721
Integrate an ERC-721 NFT contract into a Scaffold-ETH 2 project with deployment scripts and frontend components.
scaffold-ethdefi-protocol-templates
Generate smart contract templates for staking, AMMs, governance, lending, and flash loans.
scaffold-ethsiwe
Integrates SIWE authentication into Scaffold-ETH 2 projects using viem and iron-session.
scaffold-etheip-712
Integrate EIP-712 typed data signing and verification into Scaffold-ETH 2 projects.
scaffold-ethsolidity-security
Review Solidity smart contracts for common vulnerabilities and secure development patterns.
Frequently Asked Questions About scaffold-eth
FAQPage SchemaWhat specific development tasks does this environment enable?▼
This environment enables rapid prototyping of decentralized applications by providing pre-configured modules for token deployment, batched transaction handling via EIP-5792, and secure authentication. It streamlines the connection between smart contracts and frontend interfaces, allowing developers to focus on protocol logic rather than boilerplate infrastructure.
Which engineering personas benefit most from these capabilities?▼
Blockchain engineers, decentralized finance developers, and full-stack web3 architects benefit most. It is designed for those building on Ethereum who require standardized patterns for staking, lending, governance, and NFT management without manually configuring complex contract-to-frontend communication layers.
What are the core prerequisites for utilizing these project templates?▼
Users require a foundational understanding of Solidity for smart contract logic and familiarity with modern web development stacks. The environment relies on established libraries like OpenZeppelin for contract standards, wagmi for blockchain hooks, and viem for low-level interaction with the Ethereum network.