Why Choose This Project?

In traditional ticketing systems for events, concerts, or travel, there's a high risk of fraud—like duplicate tickets, fake QR codes, scalping, or altered bookings. Blockchain offers immutability and transparency, making it ideal for issuing tamper-proof digital tickets that can be verified and tracked from creation to validation.

This project is perfect for events, transportation, concerts, stadiums, or NFT-based ticketing systems.

What You’ll Get

• Full Source Code (Frontend + Backend + Smart Contract)

• User-friendly ticket purchase and verification portal

• NFT or Hash-Based Smart Ticketing

• Admin Dashboard for Event Creation & Ticket Issuance

• Wallet Integration (e.g., MetaMask)

• QR Code Generation & Scanning for Entry

• Blockchain Explorer Integration

• Transaction Logs and Ticket Ownership History

• Mobile Responsive UI

• Setup Documentation & Deployment Guide (Local & Testnet)

Working Flow

1. Admin creates an event with limited ticket supply

2. Smart contract generates unique ticket tokens (NFT or hashed ID)

3. Users purchase tickets through the frontend (using crypto or fiat)

4. Ticket details (ID, buyer wallet, timestamp) are recorded on the blockchain

5. On event day, entry is verified by scanning QR and checking blockchain

6. Each ticket can only be used once, preventing duplication or fraud

Key Features

User Side

• Browse upcoming events and ticket types

• Connect wallet (e.g., MetaMask)

• Buy tickets using tokens or fiat (via gateway)

• View purchased tickets in wallet/dashboard

• Download QR ticket or proof of ownership

• Transfer ticket (if permitted by admin policy)

Admin Panel

• Secure login

• Create/manage events (date, venue, ticket count, price)

• Issue tickets via smart contract

• View ticket ownership logs

• Set ticket rules: transferable / non-transferable, resale limit

• Manage refund policies

• Monitor ticket scans and check-ins

Security Highlights

• Smart Contract on Ethereum or Polygon ensures tamper-proof records

• QR code includes hashed token tied to blockchain state

• Ownership cannot be forged or altered

• Optional use of zk-SNARKs for privacy-preserving verification

Technology Stack