(NASA Space Apps Challenge 2025 Competition Project)

This project is a web-based interactive asteroid impact simulation and analysis platform that integrates NASA open data APIs to simulate potential near-Earth asteroid impact events and assess their physical, environmental, and potential socioeconomic impacts.

The system integrates multiple NASA data sources, including Near-Earth Objects (NEO), Fireballs, Close Approach Data (CAD), and natural event data, building a complete analysis pipeline from data acquisition and processing to visualization.

I was primarily responsible for the Prediction module, focusing on asteroid impact simulation API integration and visualization linkage design. On the backend, I implemented prediction-related interfaces for fetching and preprocessing real asteroid data, and connected simulation results with the frontend interactive interface to enable dynamic parameter configuration and real-time result display.

In the early project phase, I designed and implemented a 3D globe-based impact visualization scheme to display prediction results on a rotating Earth surface. However, during the integration phase, to ensure compatibility with other functional modules and overall frontend architecture consistency, I proactively refactored the visualization approach, adjusting prediction results from 3D globe view to 2D map-based interactive display, thereby improving system integration stability and team collaboration efficiency.

The module ultimately supports real-time data access, prediction computation calls, and geographic location visualization, providing the platform with stable and extensible prediction and display capabilities.