Quite like what Neurobus are promoting.
We know they used Akida 1.0 for a recent ship detection from satellites study presenting at Spaice tomorrow.
spaice.esa.int
Neuromorphic System for
In-orbit SSA and services.
Combination of Processors, Cameras and SNN
Integrated into a Payload
Features
Space Surveillance Awareness (SSA)
Precision and efficiency are paramount in space surveillance and awareness (SSA). Our neuromorphic computing solutions are uniquely positioned to revolutionize this field by leveraging their distinct ability to exploit non-linear signal-noise relationships. This capability ensures data is captured at optimal signal-to-noise times, enhancing SSA precision and efficiency in tracking objects in space. Applications include:
• Space Debris Management
• Collision Risk Mitigation
In Orbit Services
Rendezvous, Docking, and Proximity Operations (RPOD) refers to spacecraft intentionally maneuvering to dock or operate near a target space object. Using neuromorphic computing for RPOD enhances the efficiency and safety of tasks through parallel data processing. Its spike-based signaling increases communication robustness and noise tolerance, which is essential for the dynamic and often unpredictable space environment. Its autonomous capabilities reduce the need for constant ground-based intervention, ensuring more reliable and precise execution of complex RPOD maneuvers.
Real-Time Space Navigation System
Our Advanced Real-Time Space Navigation System is revolutionizing space operations and exploration by merging the cutting-edge capabilities of neuromorphic computing with enhanced Global Navigation Satellite Systems (GNSS). This unified technology platform not only boosts the precision, efficiency, and autonomy of spacecraft navigation but also ensures safer and more reliable missions, setting the stage for future breakthroughs in space travel.
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