A terminal-based spy satellite simulation with ASCII art and real-time controls now integrated with nasa api key for live asteroid eventsDiscover the Sentinel Satellite Program, your ultimate solution for asteroid tracking and planetary defense. Leveraging cutting-edge satellite technology, we monitor near-Earth objects with precision

Solve low-thrust interplanetary trajectory optimization problem using Particle Swarm Optimizer. Coded by Matlab. Deflecting Potentially Hazardous Asteroids to maximize the closest-approach distance between the Earth

Interactive visualization of 40,000+ Near-Earth Objects for Planetary Defense research and operations. Developed at Catalina Sky Survey, University of Arizona.

Deflecting potentially hazardous asteroids (PHAs), for planetary defense mission. The code take in account and compare both Center-of-Mass and Eccentric strike strategy. Transfer trajectory use basic duo-impulse (Lambert transfer)

Data and programs related to minor planets (especially NEOs and potentially hazardous objects).

Bayesian NEO follow-up triage with Claude Opus 4.7 expert reasoning, cross-validated against JPL Sentry-II + ESA NEOCC Aegis. Imminent Impactors Library (6 verified cases incl. 2024 YR4). Built solo for the Built with Opus 4.7 hackathon (Anthropic × Cerebral Valley, 21-26 April 2026).

Bayesian prioritization framework for Near-Earth Object follow-up observations in the Rubin/LSST era. Research-grade follow-up to neo-triage-hack hackathon submission.

Explainable Hazardous Asteroid Classification Using Graphs Neural Networks

GSIP (Global Space Intelligence Platform) democratizes advanced Space Domain Awareness (SDA) through AI-powered satellite monitoring, orbital risk analysis, anomaly detection, and geospatial intelligence — making research-grade orbital intelligence accessible beyond a few global space powers.