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Decentralized Ride-Sharing Platform

Why Choose This Project?

Centralized ride-sharing apps like Uber and Ola control pricing, user data, and commission models. This blockchain-based platform offers a transparent, peer-to-peer (P2P) ride-hailing solution where riders connect directly with drivers. It ensures fair pricing, immutable ride logs, and transparent payment handling — without middlemen.

What You Get

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

  • Fully Working Driver & Rider Panels

  • Mobile & Desktop Responsive UI

  • Wallet-Based Login & Authentication

  • Real-Time Ride Booking, Tracking, and History

  • Smart Contract Integration for Ride Payments

  • Full Documentation & Setup Instructions

  • Ready for Real-World Integration or Resale

Built With Latest Tech Stack

Layer Technologies Used
Frontend HTML5, CSS3, Bootstrap 5, JavaScript, Web3.js
Backend Node.js (Express.js) / PHP / Java Spring Boot (optional)
Blockchain Solidity, Ethereum (Testnet), Hardhat/Ganache
Wallet MetaMask (Web3 Wallet Integration)
Database MongoDB / MySQL (for off-chain ride and user info)
Security Role-based access, OTP/email verification (optional), hashed data

Features That Make It Market-Ready

  • Decentralized Ride Booking
    Rider selects nearby available drivers from decentralized pool

  • Smart Contract Payments
    Fare is locked in smart contract and released post-ride

  • Wallet-Based Authentication
    Login with MetaMask — no username/password needed

  • Real-Time Matching System
    Available drivers are listed dynamically using location-based logic

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

  • Driver & Rider Dashboards
    Each has a unique panel to manage rides, history, earnings/payments

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

  • Ride History and Rating System
    Riders and drivers can rate each other; ratings stored for future trust

Working Flow

  1. User Connects Wallet

    • Logs in as Driver or Rider using MetaMask

  2. Driver Updates Availability

    • Status set to "Available" with location

  3. Rider Requests a Ride

    • Inputs pickup and destination

    • System shows nearby available drivers

  4. Driver Accepts Ride

    • Rider confirms fare and smart contract locks funds (escrow)

  5. Ride is Completed

    • Rider confirms completion → 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 user types

This Course Fee:

₹ 2499 /-

Project includes:
  • Customization Icon Customization Fully
  • Security Icon Security High
  • Speed Icon Performance Fast
  • Updates Icon Future Updates Free
  • Users Icon Total Buyers 500+
  • Support Icon Support Lifetime
Secure Payment:
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