Alumni Trust

Introducing Alumni Trust, a sophisticated Web3 educational data verification application built on React and Node.js, with the underlying power of Ethereum blockchain, IPFS for data storage, and the Graph protocol for indexing and searches.

Publisher Side: Educational institutions, known as "publishers," have the exclusive privilege to publish students' records securely. To ensure data integrity and access authorization, they connect their Ethereum wallets, proving their eligibility. Before being granted permission to write data on the blockchain, publishers undergo a basic Know Your Customer (KYC) process, guaranteeing data sanctity and confirming their identity.

Blockchain and IPFS Integration: Alumni Trust leverages the Ethereum blockchain to ensure the immutability of student records. This means once data is published, it cannot be altered or tampered with, providing a reliable source of truth for academic credentials. IPFS, the InterPlanetary File System, is used to store these records. It offers a decentralized and tamper-resistant storage solution, preserving the privacy of the data while enabling efficient retrieval.

End-User Experience: End users, such as employers or institutions seeking to verify academic records, benefit from a simplified, web 2.0 experience. They don't need to connect a wallet or engage in complex processes. Instead, they select the institution, specify the year and student's name, and instantly retrieve the required records. This user-friendly approach ensures accessibility to academic data without compromising privacy or security.

Graph Protocol for Efficiency: The Graph protocol is crucial in Alumni Trust, streamlining data indexing and enabling lightning-fast, cost-effective searches. It ensures that data retrieval is efficient and seamless, making the application incredibly user-friendly.

In a world where trust in academic credentials is paramount, Alumni Trust provides a secure, transparent, and efficient system for academic verification. It has created an ecosystem that empowers educational institutions, students, and employers by incorporating React, Node.js, Solidity, Ethereum, IPFS, and the Graph protocol. Say goodbye to traditional, cumbersome verification processes, and embrace the future of decentralized educational data management with Alumni Trust.

Alumni Trust is a sophisticated Web3 application designed for educational data verification. Here's a technical breakdown of how it's built:

1. Front-End and User Interface: We've employed React, a JavaScript library for building dynamic user interfaces, to create an intuitive and user-friendly experience.

2. Back-End and Data Processing: Node.js serves as the server-side runtime, handling server logic, data processing, and communication with Ethereum and IPFS.

3. Blockchain Integration: Ethereum is our chosen blockchain platform for its robust smart contract capabilities. We've written these contracts in Solidity to manage the publication and verification of academic records. Publishers connect their Ethereum wallets for authentication, and the blockchain ensures data immutability.

4. IPFS Data Storage: To ensure decentralized, tamper-resistant data storage while preserving data privacy, we've integrated IPFS. Student records are distributed across the IPFS network, enhancing accessibility and security.

5. Graph Protocol: The Graph protocol enhances data indexing and retrieval efficiency, ensuring fast and cost-effective search operations.

6. KYC Process: Publishers undergo a basic Know Your Customer (KYC) process to confirm their legitimacy before they can publish data, maintaining data integrity and security.

Alumni Trust is a comprehensive solution that seamlessly combines these technologies to deliver a secure, transparent, and efficient academic data verification system. It empowers educational institutions and users with a future-ready ecosystem for managing and verifying educational records.