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Hey there! I’m excited to share how I built aDecentralized Application (DApp) fororgan donors and receivers without writing a single line of code, all thanks to an amazing AI tool calledv0.dev. If you’re a beginner and feel intimidated by coding, this guide is for you!

I’ll walk you through mystep-by-step process—from using v0.dev to generate the smart contract and frontend, deploying it onVercel, and making it live on theSepolia testnet.

• 🔗Live Demo:Donor DApp
• 💾GitHub Repository:10x-dapp
• ✍️Full Medium Article:Read Here

v0.dev is anAI-powered code generation tool that creates complete projects from simple text prompts—no manual coding required! I used it to generate both thesmart contract andfrontend UI for my DApp.

I openedv0.dev and entered this simple prompt:

"Create me a basic frontend DApp for organ donor and receiver. I can register new donors and map donors with receivers. Keep it basic and integrate it with Web3 using the Sepolia testnet."

Within seconds, AI provided:✅ ASolidity Smart Contract to handle donor/receiver registration and mapping.
✅ AFrontend UI usingTypeScript & ShadCN with Web3 integration.
✅Deployment Instructions to get everything live on Sepolia and Vercel.

v0.dev provided afully functional preview of the project, which allowed me totest the application directly from the chat. I reviewed the smart contract and frontend code before proceeding to deployment.

To deploy the contract, I followed the AI’s instructions:

1. Opened Remix IDE (Remix Ethereum)
2. Pasted the Smart Contract code from the AI output.
3. Got Sepolia ETH from afaucet (Sepolia Faucet).
4. Deployed the Contract:
   • SelectedInjected Provider - MetaMask.
   • Compiled the contract (Ctrl+S).
   • ClickedDeploy, confirmed inMetaMask.
5. Saved the Contract Address (e.g.,0x123...abc).

I updated thefrontend by replacing the placeholder address inapp/page.tsx with my deployed contract’sactual address.

constcontractAddress="0xYOUR_DEPLOYED_CONTRACT_ADDRESS";

Sincev0.dev integrates withVercel, deployment wassuper easy!

• Clicked theDeploy button inv0.dev chat, and it waslive instantly.

• Downloaded the files as aZIP, opened the folder inVS Code, and pushed them toGitHub.
• Logged intoVercel, imported the repo, and clickedDeploy.

🚀 In justminutes, the DApp waslive atdonor-10x-dapp.vercel.app.

I tested thedeployed DApp by:

✅Registering a Donor → Entered a name & confirmed inMetaMask.
✅Registering a Receiver → Same process.
✅Mapping a Donor to a Receiver → Successfully updatedon-chain.

💡 Everything was stored securely onSepolia blockchain, making the systemtransparent and immutable. 🎉

✅Even without coding, you can build functional DApps!
This isgame-changing forrapid prototyping andhackathons.

✅AI doesn’t replace developers—it empowers them!
Use AI toolssmartly toincrease efficiency.

✅Experiment and learn!
Test your DApp, modify the AI-generated code, and explore more Web3 concepts.

🚀I built a fully functional blockchain DApp in hours instead of days—without writing any code manually!
This project proves thatAI-powered development is the future, allowing developers to focus oninnovation rather than boilerplate coding.

💡 Want to learn more?Read my full Medium article:
👉10X Development: Building a DApp Without Coding Using AI

🔗Live Demo:Donor DApp
💾GitHub Code:10x-dapp Repository
🛠️AI Tool Used:v0.dev
💡Smart Contract Deployment:Remix Ethereum
🌐Sepolia Testnet Faucet:Get Sepolia ETH
🚀Vercel Hosting:Vercel

• AI-Powered Code Generation -v0.dev
• Smart Contract: Solidity, Ethereum Sepolia Testnet
• Frontend: Next.js, TypeScript, ShadCN
• Blockchain Integration: ethers.js, MetaMask
• Hosting: Vercel

🎉If you found this useful, give it a ⭐ on GitHub and try building your own AI-powered DApp! 🚀