MintMuse - AI-Powered NFT Art Platform
An AI-powered NFT art generation platform featuring Van Gogh-style fine-tuned models and multi-chain minting capabilities. University final year project demonstrating AI integration, blockchain development, and full-stack architecture.
Developed MintMuse as my university final year project, a comprehensive AI-powered NFT platform that combines cutting-edge artificial intelligence with blockchain technology. The platform enables users to create unique Van Gogh-style artwork through natural language prompts and mint them as NFTs across multiple blockchain networks.
Key Features:
AI Art Generation - Van Gogh-style fine-tuned models with intelligent prompt enhancement via ChatGPT integration
Real-Time Generation - Interactive chat-based interface with live artwork creation and status updates
Multi-Chain NFT Minting - Unified minting interface supporting Ethereum, Solana, and Sui blockchains
IPFS Storage - Decentralized metadata and artwork storage ensuring permanent accessibility
RunPod Integration - GPU-powered cloud inference for high-quality image generation
Ownership Verification - On-chain provenance tracking with verifiable authenticity
User Management - Comprehensive system for generation history and NFT tracking
Technical Implementation:
Frontend - Next.js 15 with TypeScript, Framer Motion animations, and responsive design
Backend - NestJS RESTful API with Swagger documentation and JWT authentication
AI Integration - RunPod implementation with health monitoring and automatic server management
Blockchain - Multi-chain wallet connectivity using Wagmi (Ethereum), Solana Web3.js, and Sui dApp Kit
Database - Prisma ORM with PostgreSQL for user management and generation history
Storage - IPFS integration for decentralized NFT metadata and artwork files
State Management - TanStack Query for efficient data fetching and real-time synchronization
Academic Achievement:
This capstone university project demonstrates advanced full-stack development skills, AI integration expertise, and blockchain technology mastery. Successfully fine-tuned AI models on Van Gogh's artistic style using neural style transfer techniques and designed a scalable microservice architecture supporting high-volume AI generation requests.
Impact:
Created a production-ready platform showcasing the intersection of artificial intelligence, blockchain technology, and user experience design. Built comprehensive API documentation, robust error handling, and monitoring systems for optimal performance.
