Detection is the hard part
Small, slow, low-flying drones are genuinely difficult to detect: tiny radar cross-sections, cluttered backgrounds, radio silence. Our work is building the sensing layer that makes everything downstream possible — and specifying it with open parameters.
The doctrine: layered, fused, detection-first
No single sensor class solves low-altitude surveillance. Radar sees through weather but cannot identify; spectrum monitoring only hears emitting targets; acoustics struggle with background noise; electro-optics sees and identifies but needs a cue to search efficiently. The answer is fusion: each sensor class covers the others' blind spots, and a command layer correlates them into one air picture.
Detection-first means the architecture is built around the sensing core. Effectors — jamming, capture, directed energy — exist in the complete system picture, specified openly in the countermeasures section, and are deployed only where law and licensing allow.
The technology pages
EO/IR Search & Track
360° panoramic infrared + visible-light search, automatic detection and tracking, laser ranging, 0.005°-class pointing precision.
Detect · IdentifySurveillance Radar
X-band 3D array radar: 10 km on 0.01 m² targets, micro-doppler for slow hoverers, 512 concurrent tracks.
Detect · TrackRF Spectrum & AI
30 MHz–6 GHz monitoring, ≤5° direction finding, pilot localization, AI modules detecting 2×1-pixel targets.
Identify · LocalizeCountermeasures
Directional jamming, net capture (fixed, handheld, interceptor), high-power microwave and laser systems — full specifications.
MitigateInterface philosophy
Every device speaks standard protocols: 100 Mbit Ethernet, UDP data, RTSP video, RS-422/232/485 on AI modules. Radar and spectrum receivers cue electro-optics to a search box; electro-optics hands off fire-control-grade coordinates. This openness is deliberate — our sensors are designed to drop into integrators' existing command layers, not to lock anyone in.
Comparing approaches for your scenario?
Tell us the terrain, the threat and the existing sensors — we will suggest a sensor mix, with reasoning.
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