HabitatForge

HabitatForge is an AI-powered space habitat design platform that enables mission planners, engineers, and students to create, optimize, and visualize NASA-compliant space habitats efficiently and intelligently. The platform integrates AI-driven layout optimization, real-time constraint validation, and immersive visualization to streamline habitat design for future lunar and Martian missions.

• AI-Powered Layout Generation: Agentic AI workflows with LangGraph orchestration automatically generate NASA-compliant habitat layouts using genetic algorithms and simulated annealing
• NASA Standards Integration: Full compliance with NASA-STD-3001 (human spaceflight requirements), NASA-STD-3000 (habitability), NASA-STD-8709
• Multi-Modal Visualization: Interactive 3D habitat viewer with React Three Fiber, 2D technical blueprint editor with Konva

• Frontend: React with TypeScript, Vite for build tooling, Tailwind CSS for styling, React Three Fiber for 3D visualization, and Konva
• Backend: FastAPI with Python, Uvicorn ASGI server, Pydantic for data validation, and async/await patterns for high-performance API endpoints
• AI/ML Stack: LangGraph for agentic workflow orchestration, genetic algorithms and simulated annealing for layout optimization, and LLM integration for AI assistant

HabitatForge achieved recognition as a Global Nominee in the NASA Space Apps Challenge 2025, representing Team KARLVerse's innovative approach to space habitat design. The platform addresses the critical challenge of accelerating space habitat design while ensuring absolute compliance with NASA standards—a process that traditionally takes months of manual engineering work.