🛰️ Demonstration 1: Global Satellite Risk Monitoring Tool
Overview:
This interactive visualization shows satellites in orbit with color-coded risk levels (Low, Medium, High) based on their proximity to other active satellites. Built using real-time Two-Line Element (TLE) data and machine learning classification, it helps researchers and defense analysts visualize potential collision threats.
Key Features:
- 🛰️ Real-world satellite positions
- 🎯 Color-coded by risk level
- 🔍 Hover tooltips with satellite name & risk
- 🌍 Interactive zoom & pan
Use Cases:
- Space Situational Awareness (SSA)
- Traffic analysis in crowded orbits
- Space asset risk visualization for decision-makers
👇 Explore the Tool:
🛰️ Global Satellite Risk Monitoring Tool
This interactive map shows real-time satellite risk levels based on orbital inclination.
Use this tool to explore orbital risk zones, satellite altitudes, and hover for details.
🛰️ Risk Classification Logic
The map below visualizes active satellites categorized by their potential risk exposure. Risk levels are determined by how far the satellite is from the Earth’s equator, which reflects its orbital inclination:
- Low (≤10°): Equatorial orbits – low collision risk
- Medium (10°–50°): Mid-inclination – moderate risk
- High (>50°): Polar orbits – high probability of debris intersection
This is a simplified model and serves as a starting point for threat detection and debris modeling efforts.