The main aim of this project is to develop a blockchain-powered application that enables complete traceability of food products throughout the supply chain. As consumers increasingly demand transparency, sustainability, and food safety, the current supply chain model which often lacks real-time tracking and verification is no longer sufficient. This project addresses that issue by using smart contracts to securely and immutably log each stage in the product lifecycle, including source location, quality assurance, transportation, and shelf life. The platform will help retailers and consumers access verified information about food origin and handling, reduce food waste through visibility of expiration dates, and promote ethical sourcing. By the end of the project, students will deliver a functional prototype that provides real-time visibility, data integrity, and multi-stakeholder access through a decentralized application.
The project is structured over a twelve-week development schedule. Initially, students will explore the foundations of blockchain technologies such as Ethereum, Hyperledger, or Polygon, and familiarize themselves with tools like Truffle Suite, React.js, and IPFS/Filecoin for decentralized file storage. They will collect sample food supply chain data and begin planning the architecture of the application.
In the middle phase, students will design smart contracts to automate tracking, build the front-end user interface, and implement backend modules for logging and retrieving records. The platform will be tested for accuracy and efficiency, and iteratively improved for performance. The final stages will involve full integration, system testing, documentation, and a formal team presentation. While the project excludes deep security audits and privacy modules, it provides a complete demonstration of blockchain’s capabilities in securing and managing agricultural product data.
