Welcome to a sustainable spaceEnabling In-Orbit Services at scale with native AI in space
SPAICE is building AI-based software delivered via a robotic kit, equipping satellites to autonomously navigate and operate in space.
Filling the missing layer of satellite maintenance for a sustainable growth
As the satellite population is growing from ~8,000 nowadays to 58,000 by 2030, satellite servicing is the only way to reduce the $1T lost for inoperative satellites. Our software is designed for perception, navigation, and robotic operations in space for fully autonomous servicing.
Generalized data-driven perception
Proactive identification of space assets, reconstruction of 3D scenes, precise object tracking using minimal onboard computing resources.
Available 24/7
Using sensor fusion, we achieve enhanced safety and precision by leveraging multiple modalities for redundancy and robustness, as well as broadening operating scenarios (including low illumination) through complementary sensing capabilities.
Target-agnostic Sensing
Our generalizable learning technologies eliminate the need for target-specific information and mission-specific constraints, facilitating the reuse of algorithms across diverse missions.
Unlimited Photorealistic Simulations
We can simulate any potential scenario with Generative AI, leading to over 1 million photorealistic images and multi-sensor data covering a wide range of conditions and objects.
Handle non-cooperative targets
No need for communication with the target. Its position and dynamics are estimated through passive sensing, without relying on markers or reflectors.
Optimal Navigation for all Mission Requirements
Plan trajectories and make decisions fully autonomously given the constraints and features of the operating space environment
Fuel saving
Trained to optimize trajectories according to universal mission requirements
On-Board planning
Real-time planning, control, and decision-making on the edge
Enhanced safety and precision
Operating in situations where Earth-to-space communications make human intervention imprecise
Intelligent Multitask Robots to service all satellites
Different operations require different manipulation skills. Trained on different configurations, we are developing the space robotics brain to solve the control tasks that will enable assembly, repair and docking of satellites in orbit
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