Satellite Detection & Tracking
Utilizing A Neuromorphic Camera
Wallace is a low-SWaP, expeditionary, neuromorphic SDA telescope that allows for rapid detection and tracking of satellites. Wallace leverages the capabilities of a traditional framing camera and a neuromorphic camera (for satellite detection and tracking). All components are non-ITAR and IP67, making Wallace both rugged and easily deployable.
Key Features
- Accurate satellite detection & tracking using a novel neuromorphic sensor
- Extremely high temporal resolution (~25 ms) & dynamic range (>720dB)
- Low-SWaP and low data footprint
- Self-calibrating, man-portable, and easily deployable
Neuromorphic Cameras
The high temporal resolution of Wallace’s neuromorphic camera allows for accurate tracking of satellites in LEO for improved orbital estimation and light curve analysis for better RSO characterization.
