SFTix – AI-Powered Ticket Resale on Aptos

Problem Statement

🎟️ Ticketing Scams & Scalping: Fake tickets and insider reselling drive up prices, leaving fans frustrated.
❌ No Ownership Verification: Buyers risk purchasing duplicate or counterfeit tickets.
💸 Unfair Profits & Refund Issues: Event organizers lose out on resale profits, and refunds are uncertain.

Solution: AI + Web3-Powered Ticketing

SFTix leverages Move Smart Contracts, AI, and SFTs (Semi-Fungible Tokens) to create a decentralized, transparent, and fair ticketing ecosystem on Aptos.

✅ SFT-Based Tickets: Prevent duplication and ensure authenticity.
✅ Decentralized Resale Market: Users can auction or trade tickets fairly.
✅ AI-Powered Price Optimization: AI adjusts resale prices dynamically based on demand and market trends.
✅ Ownership Verification: Blockchain ensures only one valid ticket per owner.
✅ Profit Sharing: Organizers get a cut from resale, discouraging scalping.
✅ Automated Refunds: Smart contracts handle refunds for canceled events.

Move AI Hackathon Tracks

🔹 defAI-Trading – AI dynamically optimizes ticket prices, prevents scalping, and ensures fair market-driven resale value.
🔹 Agentic Infra – AI-powered smart contract automation, fraud detection, and Web3-integrated chatbots for secure ticket trading.

Tech Stack

Frontend:

• React.js
• Tailwind CSS

Backend & Smart Contracts:

• Move (Aptos Blockchain)
• AI-Powered Pricing & Fraud Detection (Python)
• Hardhat for contract testing

Deployment:

• Frontend: Vercel
• Backend: Render
• Contracts: Aptos Blockchain

Setup & Deployment

1️⃣ Clone the Repository

git clone https://github.com/mrophehe/SFTix
cd SFTix

2️⃣ Install Dependencies

npm install  # Frontend

3️⃣ Start Development Server

npm run dev

4️⃣ Deploy Smart Contracts

aptos move publish --named-addresses ticketing=your_address

Team

👨‍💻 Tejasvi – Web3 Backend (Move Smart Contracts)
🤖 Rajarshi – AI Analyzer, Assistant Bot, & Frontend Integration