Sensing and response for contested airspace.
Counter-drone detection and automated trigger control, built on deterministic hardware and real-time signal processing.
Counter-UAS sensor fusion
Small drones are cheap, fast, and increasingly arrive in groups. Our counter-UAS work fuses edge AI detections on an FPGA so tracks stay deterministic and low-latency, even when the targets are fast or swarming.
- Edge AI detection on each sensor
- Fusion on FPGA for deterministic, low-latency tracking
- Built for fast movers and swarms
- Tracks handed to operators or downstream effectors
Automated trigger system
A control system that turns a qualified sensor event into a timed, repeatable actuation, so the response is consistent every time and doesn't depend on human reaction speed.
- Sensor-driven activation
- Repeatable, low-latency timing
- Operator in the loop
See the signal processing
Interactive simulators of the RF problems behind this work. They run in your browser, and every stage is shown.
Counter-drone swarm RF
Detect, separate, and localize each drone in a swarm from its radio emissions.
OpenGPS
The receiver, the satellites and constellation, and the ground segment that keeps them accurate.
OpenStarlink user terminal
How the dish steers its phased-array beam, holds the link, and syncs to the OFDM downlink.
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