Inspiration
Satellites silently power many parts of daily life on Earth—GPS navigation, weather forecasting, internet connectivity, and emergency response systems. While researching space technology, I realized that space debris poses a growing threat to these critical systems, yet most people are unaware of how fragile our orbital infrastructure truly is.
ORBIT-CARE was inspired by the idea that space safety is not just a space problem—it is a human problem. I wanted to build something that makes orbital risks visible, understandable, and relatable, especially for students and non-technical audiences.
What it does
ORBIT-CARE is a web-based platform that visualizes satellite orbits and nearby space debris while simulating collision risk levels in low Earth orbit.
The platform:
- Displays satellites and debris objects in orbit around Earth
- Simulates proximity-based collision risk alerts (Low / Medium / High)
- Translates satellite failures into real-world impacts on Earth, such as GPS disruption, internet outages, and reduced disaster-response capabilities
By connecting orbital events to human consequences, ORBIT-CARE helps users understand why protecting space infrastructure matters.
How I built it
ORBIT-CARE was built as a lightweight frontend application using modern web technologies. Satellite and debris objects are represented using simulated orbital data stored in structured JSON files. Distance-based calculations are used to estimate collision risk in real time.
The interface focuses on clarity and education:
- A visual orbit map shows satellites and debris around Earth
- A risk dashboard highlights potential collision zones
- An impact section explains how satellite loss affects people on the ground
AI tools were used responsibly to assist with content explanations and documentation, while all core logic, architecture, and implementation decisions were created independently.
Challenges I ran into
One of the main challenges was balancing scientific accuracy with accessibility. Orbital mechanics can be complex, so I focused on simplified but realistic simulations that communicate risk without overwhelming users.
Another challenge was designing the experience from a human-centered perspective, ensuring that every technical visualization clearly answers the question: Why does this matter to people on Earth?
What I learned
Through this project, I learned more about:
- The scale and seriousness of the space debris problem
- Translating complex technical systems into understandable visuals
- Designing technology with impact and storytelling in mind
ORBIT-CARE reinforced my belief that awareness and education are key steps toward solving global challenges—even those that exist beyond Earth.
What's next for ORBIT-CARE
Future improvements could include:
- Integration with real-time satellite tracking APIs
- More accurate orbital physics models
- Educational modules for classrooms
- Predictive analytics for long-term debris risk
ORBIT-CARE is a step toward making orbital safety visible, relatable, and actionable for everyone.
