CrowdFunding

šŸ’° Web3 crowdfunding platform: Launch campaigns, raise ETH, track progress - all on blockchain!

CrowdFunding

Created At

ETHGlobal New Delhi

Project Description

Project Overview What the DApp does and its core purpose Key functionality for users and creators Real-world impact and use cases ⚔ Technical Details Complete architecture breakdown Smart contract functionality Frontend technology stack Web3 integration approach šŸ—ļø Project Structure File organization and components Development workflow Deployment configuration ✨ Key Features Campaign creation and management ETH donation system Real-time progress tracking Transparent analytics Current Status Live deployment on Sepolia testnet Fully functional Web3 integration Ready for mainnet deployment šŸ”§ Technical Benefits Decentralization advantages Security features Transparency benefits Developer-friendly architecture šŸ“± User Experience Wallet integration details Responsive design features Interactive dashboard functionality

How it's Made

Architecture & Technology Stack Smart Contract Implementation: Solidity code patterns and design decisions Frontend Architecture: React + TypeScript + Vite setup Web3 Integration: thirdweb SDK implementation details Development Workflow: Hardhat configuration and deployment pipeline ⚔ Notable Technical Implementations Real-time Blockchain Synchronization: Custom hooks for live data updates Custom Wei Conversion Utilities: Lightweight alternatives to ethers.js Progressive Loading States: Sophisticated UX for blockchain interactions Responsive Campaign Cards: Dynamic progress visualization šŸš€ Partner Technology Benefits Infura: Reliable RPC access with global CDN thirdweb SDK: 70% development time reduction with native React hooks Tailwind CSS: Rapid UI development with consistent design system šŸ”„ Particularly Hacky Solutions Smart Contract Deadline Bug: Workaround for deployed contract logic issue BigInt Serialization: Handling React's inability to serialize BigInt values Environment Variable Management: Multi-environment configuration strategy Component State Sync: Creative solutions for UI updates after blockchain transactions āš™ļø Performance Optimizations Contract Call Batching: O(n) to O(1) RPC call reduction Frontend Optimizations: Lazy loading, memoization, code splitting Optimistic UI Updates: Better UX during blockchain transaction processing šŸ—ļø Architecture Decisions & Trade-offs No Backend Server: Fully decentralized approach pros/cons Immediate Fund Transfer: UX benefits vs. security considerations Sepolia Testnet: Why chosen over other test networks šŸ“Š Development Statistics Gas Optimization: 200 runs optimizer for frequent function calls Bundle Size: Lightweight custom utilities vs. large dependencies Performance: 99.9% uptime with Infura integration

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