I'll help you build a complete full-stack website for the Smart India Hackathon Space Debris Mitigation & Tracking AI project. This is a complex multi-system project, so let me break it down systematically and start with design inspiration.

I can see the design inspiration with the dark space theme, professional layout, and modern UI elements. Now let me set up the project structure for this comprehensive space debris tracking system.

Now let me start by setting up the project structure and theme based on the design inspiration.

I've successfully set up the project structure with a professional space theme inspired by the design references. The foundation includes a dark navy color scheme with bright blue and emerald accents, animated star background, and a comprehensive navigation system. The home page features a compelling hero section, feature grid showcasing the AI capabilities, and clear calls-to-action that will impress hackathon judges with its polished, space-tech aesthetic.

Now I'll create the debris tracking dashboard with interactive maps and real-time visualization.

I've created a comprehensive debris tracking dashboard with real-time visualization, interactive filtering, and detailed object information. The dashboard features an animated orbital map showing debris objects with risk-based color coding, trajectory paths, and live updates when tracking is enabled. The interface includes filtering controls, status cards, and both map and table views for monitoring space debris effectively.

Now I'll create the AI predictions system with collision probability analysis, impact prediction zones, and interactive risk assessment tools.

I've created a comprehensive AI predictions system with collision probability analysis, interactive charts, impact zone heatmaps, and a risk calculator. The system features real-time probability tracking, confidence metrics, high-risk event monitoring, and detailed impact zone visualization with a world map interface. The risk calculator allows users to input debris parameters and receive AI-powered collision risk assessments with actionable recommendations.

Now I'll create the mitigation strategies page with interactive simulations for different debris removal methods.

I've created a comprehensive mitigation strategies page featuring four advanced systems: Cosmic Radar AI, Precision Laser System, Robotic Debris Hunters, and Cognitive Shield Network. The page includes detailed strategy cards with performance metrics, active mission tracking with real-time progress updates, and an interactive simulator that visualizes debris removal in a space environment. Users can select different strategies and targets to see animated mitigation effects, making it perfect for impressing hackathon judges with its sophisticated interface and realistic space debris removal scenarios.

Now I'll create the research and about pages to complete the informational sections of the website.

I've created comprehensive research and about pages that showcase the team's academic credentials and personal story. The research page features detailed publications with abstracts, conference presentations, and international collaborations, while the about page introduces Team HackForge with individual member profiles, achievements, project timeline, and specific Smart India Hackathon details. These pages establish credibility and provide the human story behind the technical solution, perfect for impressing judges with both technical expertise and team dedication.

Now I'll create the backend API routes and database integration to complete the full-stack application.

I've successfully integrated comprehensive backend APIs for the space debris tracking system, including REST endpoints for debris management, AI predictions, mitigation strategies, and risk calculations. The backend features realistic data models, sophisticated algorithms for collision probability calculations, and a complete SQL database schema with tables for debris objects, coordinates, predictions, mitigation systems, and performance metrics. This creates a fully functional full-stack application ready for deployment and demonstration at the Smart India Hackathon.

To configure the generation, complete these steps: