ZeratronUncrewed aircraft detection
A man-portable receiver that detects, classifies and bears uncrewed aircraft through the control and video links they depend on. No transmitter, no vehicle, no dependence on connectivity.
Applications / One sensing chain, several problems
One sensing and processing chain. Many applications.
Passive RF sensing and signal processing answer a simple question in a lot of different settings: what is transmitting, where is it, and what does that mean for the person or system that needs to act on it. The chain stays the same. The application changes.
01 / Signal chain
From ambient RF to a useful answer.
01Acquire
Continuously observe the RF environment, wideband and without transmitting.
02Classify
Separate the patterns that matter from the ordinary activity around them.
03Locate
Resolve direction, and where possible position, from the received signal.
04Inform
Deliver a timely, decision-ready cue to the operator or the system downstream.
02 / Where we apply it
Different domains, same discipline.
Spectrum awareness
Standing situational awareness of a band: what is occupying it, when, and how that changes over time. Useful wherever an operator needs to know what is on the air before deciding anything else.
Signal processing & analysis
Turning raw RF observations into structured, decision-ready information: identification, direction finding and pattern recognition across a live, crowded environment.
Reconfigurable RF apertures
Electronically steered surfaces that shape how a system transmits and receives, built on the same fundamentals as our sensing work. More on the spectrum page.
03 / Field work
Built for the field, not a datasheet.
Performance figures will follow completed trials. For now, the focus is the receiver, the power budget, and the conditions operators actually face.
