The primary aim of the project is to develop a decentralized identity verification system that leverages blockchain technology to securely store and verify employee credentials. Traditional systems for identity verification are often slow, manual, and vulnerable to fraud or manipulation. This project addresses those challenges by creating a blockchain ledger where employment data, credentials, and identity records can be securely recorded and accessed by authorized parties. The use of smart contracts allows for automation of the verification process, significantly improving reliability and reducing overhead. Optional integration of machine learning may assist in detecting inconsistencies in submitted documents or providing analytics on workforce patterns. By the end of the project, students will deliver a functional application that allows employers to validate employee identities in a decentralized, secure, and transparent manner.
The project follows a structured twelve-week timeline. In the initial weeks, students will explore core blockchain concepts, development environments like Remix, Truffle, and Hardhat, and tools necessary for building smart contracts on platforms like Ethereum, Hyperledger, or Polygon. Students will also simulate or compile datasets that include identity records and credentials for use in testing.
In the middle phase, the team will build the project framework, implement smart contracts to automate verification, and design a user interface for interaction between employees and employers. Testing phases will involve verifying data integrity, validating access permissions, and ensuring usability. Performance will be improved based on test outcomes, and a fully integrated prototype will be completed by Week 9. The final weeks will include thorough documentation and a group presentation. Although the integration with full-fledged HR systems or third-party agencies is excluded, the project will demonstrate how decentralized technologies can be used to independently verify identities in a trusted, efficient manner.
