Why Choose This Project?

Traditional carpooling and ride-sharing apps rely on centralized systems, controlling pricing, ride matching, and user data. This blockchain-based P2P carpooling platform allows direct connections between riders and drivers, ensuring transparent pricing, immutable ride records, and fair payments without intermediaries. It promotes cost-sharing, trust, and decentralization in everyday commuting.

What You Get

• Complete Source Code (Frontend + Backend + Smart Contracts)

• Fully Working Rider & Driver Panels

• Mobile & Desktop Responsive UI

• Wallet-Based Login & Authentication (MetaMask)

• Real-Time Ride Request, Matching, and Tracking

• Smart Contract Integration for Payments and Fare Settlement

• Full Documentation & Setup Instructions

• Ready for Real-World Deployment or Resale

Built With Latest Tech Stack

Features That Make It Market-Ready

• Decentralized Ride Matching – Riders connect with nearby drivers without a central authority

• Wallet-Based Authentication – Login via MetaMask; no username/password needed

• Smart Contract Payments – Fare locked in smart contract escrow and released upon ride completion

• Real-Time Availability & Matching – Drivers update availability; riders see nearby options dynamically

• Transparent Pricing – No hidden commissions; fare breakdown shown on-chain

• Driver & Rider Dashboards – Manage rides, history, earnings, and payments

• Immutable Ride Records – All ride events and payments stored on blockchain

• Rating & Feedback System – Riders and drivers can rate each other; stored immutably

Working Flow

1. User Connects Wallet
   → Login as Rider or Driver via MetaMask

2. Driver Updates Availability
   → Status set to “Available” with real-time location

3. Rider Requests Ride
   → Inputs pickup and destination
   → System shows nearby available drivers

4. Driver Accepts Ride
   → Rider confirms fare
   → Smart contract locks funds (escrow)

5. Ride Completion
   → Rider confirms ride completed
   → Smart contract releases payment to driver

6. Feedback & Ratings
   → Both parties submit feedback stored on-chain

7. Dashboard Update
   → Ride appears in history for both driver and rider