Space Kamayuq

AI-powered system using CDM data to predict collisions and guide satellites safely through debris-filled orbits.

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  • Hungary

Categories

  • 3. Orbital Security – Navigating the Collision Frontier

Description

💡Idea

Space Kamayuq addresses the escalating risk of satellite collisions with space debris. Leveraging Conjunction Data Messages (CDMs), our system analyzes collision risks, predicts potential impacts, and provides operators with actionable insights for maneuver planning. This empowers satellite operators to make data-driven decisions, ensuring satellite safety, mission continuity, and orbital sustainability.

🛰️ EU Space Technologies

We integrate CDM data from with Copernicus Earth Observation data and Galileo positioning signals to enhance collision prevention.

- CDM ESA Data: Identifies conjunction risks and calculates collision probabilities.

- Copernicus: Provides environmental context, such as atmospheric drag, to improve trajectory predictions (for future analysis once launched the project).

- Galileo: Delivers high-precision positioning for accurate satellite maneuvers. (for future analysis once launched the project).

Together, these technologies optimize risk assessments, refine maneuver strategies, and minimize operational disruptions caused by space debris.

🚀EU Space for Defence and Security

Space Kamayuq directly addresses the Orbital Security – Navigating the Collision Frontier challenge by improving Space Situational Awareness (SSA). Our solution ensures uninterrupted satellite operations, protects critical orbital infrastructure, and strengthens the EU’s Defence and Security ecosystem by mitigating risks from space debris and traffic congestion.

👽Team

  • Alejandra Cuadros (Coordinator): Industrial Engineer pursuing an MSc in Computer Science, Data Science, AI and quantum computing at BME. She brings expertise in data processing, analysis and visualization, combined with a strong understanding of business strategy and project management.
    Email: [email protected]
  • Matheo Gómez : Mechatronic Engineer currently pursuing an MSc in Autonomous Vehicles Control Engineering at BME. He contributes expertise in control systems and optimization for satellite maneuver planning and innovative solutions for satellite operations.
    Email: 
    [email protected]
  • Altynjemal Taganova: Computer Science Bachelor student at BME with strong skills in software development and technical implementation, ensuring a seamless and functional platform.
    Email: [email protected]

💻 GitHub

Space Kamayuq Github

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