BlockVerify – Blockchain-Based Document Authentication System for Secure Verification

Organizations and institutions often face challenges in verifying the authenticity of critical documents due to the risk of forgery or tampering. Traditional methods of verification can be time-consuming and prone to errors.

This project focuses on building a blockchain-based system that records document hashes on a distributed ledger, providing a tamper-proof mechanism for verifying document integrity. The system aims to streamline verification processes, enhance trust, and reduce operational risks.

 Week 1-2: Requirement Analysis and Design

Activities: Identify system requirements and define blockchain architecture.

Deliverables: Requirement document and prototype design.

 Week 3-4: Blockchain Network Setup

Activities: Set up a blockchain network and configure hashing mechanisms.

Deliverables: Functional blockchain network and document hashing process.

 Week 5-6: Smart Contract Development

Activities: Develop and test smart contracts for document verification.

Deliverables: Deployed smart contract on a test blockchain.

 Weeks 7-8: User Interface Building

Activities: Design a user-friendly interface for the document upload/verification process.

Deliverables: Web or mobile application prototype.

 Weeks 9-10: Testing/Debugging

Activities: Test the system with sample documents and correct bugs.

Deliverables: Tested system with validation reports.

 Weeks 11-12: Deployment and Documentation

Activities: Deploy the prototype on a test network and prepare documentation.

Deliverables: Deployed prototype, user guides, and final project report.