The project aims to develop a decentralized voting application that ensures transparency, immutability, and privacy in elections. By leveraging blockchain technology, the system prevents tampering and guarantees that votes are securely recorded and verified without the need for a central authority.
Conduct research on blockchain-based voting mechanisms and existing DApps.
Design a smart contract to handle voter registration, vote casting, and result tallying.
Develop a user-friendly frontend using ReactJS or Angular for voters and administrators.
Integrate Web3.js to connect the frontend with Ethereum smart contracts.
Implement encryption techniques to ensure voter privacy and secure vote submission.
Test the DApp using Ganache or a local blockchain environment to validate functionality.
Deploy the smart contract to a testnet like Ropsten or Rinkeby.
Develop an analytics dashboard for real-time vote monitoring and verification.
Document the entire development process, including challenges faced and solutions applied.
Evaluate system security, scalability, and reliability through case scenarios.
