Guide AI agents through developing and deploying decentralized applications.
npx skills add https://github.com/freeslugs/unlink-hackathon --skill ship-freeslugs
Please help me install this Agent Skill. Skill: ship Source: https://github.com/freeslugs/unlink-hackathon/tree/main/_skills/eth-skills/ship Command: npx skills add https://github.com/freeslugs/unlink-hackathon --skill ship-freeslugs
This Skill provides a comprehensive, end-to-end guide for AI agents to develop and deploy decentralized applications (dApps), preventing common pitfalls and ensuring a structured approach from conception to a live product.
Use the ship skill to plan the architecture for a new NFT collection.
High-intent search queries and answers about installing and using this skill.
To build and deploy a decentralized application, you need a structured workflow covering architecture planning, smart contract development, testing, frontend implementation, and production deployment. This prevents common pitfalls by guiding decisions on on-chain versus off-chain data and chain selection.
Planning dApp architecture requires deciding what data belongs on-chain versus off-chain, determining the necessary contract count, and selecting an appropriate blockchain chain. This process minimizes contract complexity and ensures the chosen infrastructure fits the application's specific state transition requirements.
Structuring the smart contract development lifecycle involves building contracts, implementing rigorous testing protocols, developing the web3 frontend, and executing production deployment strategies. Auditing state transitions during this lifecycle prevents common anti-patterns and ensures stable decentralized application behavior.
Common anti-patterns when developing decentralized applications include unnecessary contract complexity, improper state transition management, and misallocating data between on-chain and off-chain storage. Avoiding these requires a structured workflow that audits state transitions and carefully plans architecture before deployment.
Yes, you can use this workflow to deploy an ERC-20 token or NFT collection to a testnet. The process guides AI agents through initial planning, smart contract development, frontend creation, and contract verification on a testnet before final production deployment.
Auditing state transitions in smart contracts is necessary to prevent logical errors and security vulnerabilities before production deployment. It ensures that contract complexity is minimized and that the decentralized application behaves predictably across the selected chain.
firef1ieQuery EVM blockchain balances, transactions, gas prices, and contract ABIs.
Michae2xlMonitor deployed web applications for performance regressions and console errors.
herdiansahDevelop Web3 applications, smart contracts, and decentralized systems.
jsalioGenerate structured test plans for frontend UI components.
