Drive 3.0 - Web 3.0 File Sharing DApp on Polygon's ZK-EVM

Drive 3.0 is a Web 3.0-based file sharing DApp on Polygon's ZK-EVM that allows users to securely upload and share files using IPFS Pinata.

Problem Statement

The traditional file-sharing and storage solutions lack security, and user privacy.Users need a decentralized, Web 3.0-based platform that ensures data security, enables real-time collaboration, and protects user privacy while offering an easy-to-use interface. Drive 3.0 aims to provide this solution.

Solution

Drive 3.0 is a Web 3.0-based, decentralized file-sharing platform built on Polygon's ZK-EVM. It offers robust data security, real-time collaboration, and user privacy. Users can securely upload, share, and collaborate on files with user-managed access controls, all within an intuitive and user-friendly interface.

Team Details

Meet the talented individuals behind the Drive 3.0 project:

• Shreyas Singh

  • Role: Project Lead & Full-Stack Developer
  • LinkedIn: Shreyas Singh

• Akansha Bharti

  • Role: Frontend Developer
  • LinkedIn: Akansha Bharti

• Manvi Tiwari

  • Role: Smart Contract Developer
  • LinkedIn: Manvi Tiwari

• Jyotendra Singh

  • Role: Frontend Developer
  • LinkedIn: Jyotendra Singh

We're a diverse and passionate team dedicated to bringing you the future of secure and decentralized file sharing.

Presentation

Presentation

Installation and Setup Instructions

Clone down this repository. You will need Node.js and npm installed globally on your machine.

Installation: bash git clone https://github.com/akanshaBharti/0xCreators.git

bash npm install

Reflection

Context: This project is part of a HackCBS Hackathon, showcasing our ability to leverage Web 3.0 technologies and build a decentralized file-sharing application.

Goals: We set out to create a secure and user-friendly DApp for file sharing using Polygon's ZK-EVM, IPFS Pinata, and React.js.

Challenges: The project presented challenges in integrating Ethereum wallet authentication, real-time collaboration features, and ensuring data privacy and security.

Tech Stack

Frontend:

• React.js
• Tailwind CSS
• CSS

Backend:

• Ether.js (for connection smart contract with frontend)
• Polygon ZK-EVM (for smart contract deployment)
• IPFS Pinata (for decentralized file storage)
• Solidity (for Smart Contract Creation)
• Hardhat (for deploying smart contract in polygon zkEVM)

How It Works

1. User Registration: Users create accounts by connecting their Ethereum wallet to the application.

2. File Upload: Users can upload files to Drive 3.0, which are securely stored on IPFS Pinata.

3. Permission Management: Users have control over access permissions, sharing files with specific Ethereum addresses and defining access levels.

4. Real-time Collaboration: Collaborators receive instant notifications when files are accessed, modified, or shared.

Configuration

To get started with Drive 3.0, configure the following:

• Ethereum Wallet Integration: Connect your Ethereum wallet during the registration process.

Conclusion

Drive 3.0 is more than just a project; it's a vision for the future of decentralized and secure file sharing. By leveraging Web 3.0 technologies, including Polygon's ZK-EVM, IPFS Pinata, and React.js, we've set out to create a robust and user-friendly platform.

Our choice of technologies, such as React.js, Polygon ZK-EVM, and IPFS Pinata, was driven by a commitment to deliver a high-quality user experience. React's component-based architecture has allowed us to create a responsive and feature-rich frontend, while the backend, powered by Node.js, Polygon ZK-EVM, and IPFS Pinata, ensures the security and decentralization of file storage.

Thank you for exploring Drive 3.0, and we look forward to the road ahead.

Hackcbs Hackathon Project!!