Create a Decentralized Uber-like Ride-Sharing App
Remove intermediaries and enable transparent, peer-to-peer ride bookings using blockchain smart contracts, geo-location services, and wallet-based payments.Centralized ride-sharing apps charge high fees and control pricing, ratings, and access. A decentralized model offers fairer income for drivers, lower prices for riders, and eliminates manipulation through transparent smart contracts.
Develop a blockchain-powered platform where drivers can register, riders can book rides, and payments and ratings are handled via smart contracts without a central authority. Include real-time maps and status tracking.
Smart Contract Booking System
Handle ride creation, acceptance, completion, and payments on-chain.
Wallet-Based Payments
Users pay for rides using crypto wallets, and drivers receive automatic transfers.
Decentralized Ratings
Post-ride feedback stored immutably for transparent driver and rider reputations.
Real-Time Ride Tracker
Use map APIs and event listeners to track ride status live and display ETAs.
The frontend allows users to enter pickup/drop points and see nearby drivers. Smart contracts store ride requests, match drivers, and finalize payments. MetaMask handles payment confirmation, while Map APIs help with real-time route tracking.
- Smart Contracts for ride lifecycle and payment
- React Native or React frontend with Web3 integration
- MetaMask or WalletConnect for wallet payments
- Map APIs (e.g., Mapbox, Google Maps) for location and routes
- Off-chain event queue for ride status and notifications
Blockchain
Polygon or Celo (low gas mobile-friendly chains)
Smart Contracts
Solidity with ride, payment, and rating modules
Frontend
React Native or Next.js with WalletConnect
Maps & Location
Mapbox API or Google Maps API + Socket for live tracking
1. Define Smart Contract Architecture
Create contracts for ride creation, matching, completion, payments, and ratings.
2. Build Driver & Rider Portals
Develop dashboards for ride requests, status updates, wallet balances, and history.
3. Integrate Wallet and Payments
Allow crypto-based fare payments and driver earnings via MetaMask or WalletConnect.
4. Enable Real-Time Ride Updates
Use Socket or event polling for ride events and integrate with map APIs for tracking.
5. Simulate Ride Flows
Test driver-rider booking, matching, fare settlement, and rating logic on testnet.
Reimagine Rides with Web3-Powered Mobility
Build a peer-to-peer ride-sharing experience where fairness, freedom, and transparency drive every journey.
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