Explore Near-EarthAsteroids
Visualize asteroid orbits in 3D, chat with an AI assistant, simulate impacts, and follow autonomous threat briefings — all powered by live NASA data.
What You Can Do
Interactive tools to explore and understand asteroid data
Live 3D Solar System
Explore asteroid orbits around Earth in an interactive 3D scene with cinematic camera, trajectory trails, and particle effects.
AI Chat Assistant
Ask questions, control the 3D scene, query asteroid data, and run impact simulations — all through natural conversation.
Impact Simulation
Pick any asteroid and drop it anywhere on a 3D globe. See crater size, blast radius, and fireball physics in real time.
Autonomous Agent
A Claude-powered agent runs every 4 hours to analyze new data, publish threat briefings, and flag notable approaches.
Analytics & Trajectories
Risk dashboards, approach timelines, orbital classification, and velocity scatter plots to explore patterns in the data.
Daily Discovery
NASA's Astronomy Picture of the Day with date navigation and HD downloads.
Understanding Our Cosmic Neighborhood
AstroWatch combines NASA near-Earth object data with 3D visualization and agentic AI. Explore asteroid orbits, simulate impacts on a 3D globe, and read AI-generated threat briefings — all in one place.
A chat assistant lets you ask questions, control the 3D scene, and query live data through natural conversation. Behind the scenes, an autonomous Claude agent monitors new approaches every 4 hours and publishes briefings when something notable comes up.
Whether you're a student, hobbyist, or just curious about space, AstroWatch makes asteroid data accessible without any specialized knowledge.
Questions or feedback? Reach out at danielhuber.dev@proton.me
Data & Disclaimer
Powered by NASA's Near-Earth Object API with data refreshed every 15 minutes. This is a personal project for educational and exploratory purposes — risk assessments, AI-generated briefings, and impact simulations are approximations and may contain errors. Do not use this as a source for safety decisions.