Decentralized Voting System Development with Robust Smart Contract Auditing and UI/UX Enhancement

We are seeking an experienced blockchain developer to build a secure and transparent decentralized voting system. The core of this project involves developing smart contracts on the Ethereum network using Solidity, ensuring resilience against common attack vectors like reentrancy and integer overflow. A thorough smart contract audit by a reputable third-party is mandatory before deployment. Beyond the core functionality, we require a user-friendly and intuitive interface (UI/UX) built using modern web technologies. The system should support multiple voting rounds, voter registration with verifiable credentials (e.g., through a decentralized identity solution), and tamper-proof vote counting. We need someone proficient in integrating Web3 libraries (e.g., ethers.js or web3.js) to facilitate seamless interaction between the frontend and smart contracts. Experience with decentralized storage solutions (IPFS) is a plus, as we aim to store voting records and related metadata in a decentralized manner. Finally, detailed documentation of the smart contracts and frontend code is essential for future maintenance and updates.