Space Sustainability Solutions

Innovative AI technology tackling orbital debris and preventing Kessler syndrome for safer space exploration.

photo of moon surface
photo of moon surface

Gallery

Explore innovative visuals highlighting our AI solutions and research.

timelapse photography of warped lines
timelapse photography of warped lines
A spacecraft with a large dish antenna floating amidst a backdrop of twinkling stars in deep space. The metallic structure of the spacecraft is highlighted by subtle lighting.
A spacecraft with a large dish antenna floating amidst a backdrop of twinkling stars in deep space. The metallic structure of the spacecraft is highlighted by subtle lighting.
A futuristic, metallic blue satellite with large solar panels sits against a gradient background. The design is sleek and modern, with curved surfaces and detailed panel lines.
A futuristic, metallic blue satellite with large solar panels sits against a gradient background. The design is sleek and modern, with curved surfaces and detailed panel lines.
A futuristic spacecraft is perched on a circular platform amid a desert environment. The spacecraft has a weathered appearance, with a mix of beige and red colors. The sky is overcast with scattered clouds, creating a serene atmosphere.
A futuristic spacecraft is perched on a circular platform amid a desert environment. The spacecraft has a weathered appearance, with a mix of beige and red colors. The sky is overcast with scattered clouds, creating a serene atmosphere.
A glowing neon sign displaying the letters 'AI' is mounted on a dark, textured wall that resembles a circuit board or technological pattern.
A glowing neon sign displaying the letters 'AI' is mounted on a dark, textured wall that resembles a circuit board or technological pattern.

Orbital Debris Detection & Tracking

Advanced multispectral sensors aggregate data from radar, telescopes, and satellites to map debris. AI-driven classification identifies debris by size, material, and velocity, while predictive modeling uses orbital mechanics and machine learning to project trajectories and update real-time collision zones. Applications include real-time orbital safety monitoring and prioritizing decommissioning of defunct satellites.

view of Earth and satellite
view of Earth and satellite
gray satellite disc on field
gray satellite disc on field

Collision Avoidance & Trajectory Optimization

Autonomous systems calculate optimal flight paths, minimize fuel usage, and synchronize satellite maneuvers. Machine learning enhances astrodynamics, simulating thousands of collision scenarios for continuous protection. Key applications are managing large satellite constellations and automating orbital station-keeping.

Net-Based Debris Capture & Containment

Smart nets deploy automatically during satellite break-ups to encapsulate debris fields, using adaptive designs and robotic systems for controlled deorbit or retrieval. AI protocols optimize deployment timing. This technology is vital for emergency response to collisions and long-term debris collection missions.

space shuttle view outside the Earth
space shuttle view outside the Earth

Debris Mitigation Policy & Compliance

Systems integrate global regulations, provide real-time incident reporting, and share vital alerts with partners. Data sharing protocols simplify collaboration and ensure compliance with international standards, reducing liability and supporting joint missions to tackle debris challenges.

black and white labeled box
black and white labeled box

Collaborative Command & Control

A centralized dashboard supports real-time collaboration across stakeholders with AI-assisted communication, secure access controls, and integrated satellite management. This streamlines mission control and facilitates international satellite fleet coordination.