Seeing the Low Sky First
We research and integrate detection-first counter-drone technology — electro-optical/infrared search and track, surveillance radar, RF spectrum sensing and on-device AI — for airports, energy facilities, public venues and borders. Detection is our focus: everything else follows from knowing early and knowing precisely.
Who we are
We are a China-based technology group working on low-altitude airspace surveillance. This site documents what we study and build: passive and active sensing that finds small drones early, tracks them stably through clutter, and classifies them with on-device AI — under all weather, day and night.
We publish our parameters openly, because serious technical discussion requires real numbers. This site is a technical showcase and exchange platform, not a shopping cart: there are no prices here, and there is exactly one mailbox. If you are an integrator, researcher or end user with a genuine scenario, write to us and we will answer technically.
Where neutralization is discussed, it is described as part of complete system architectures; actual deployment of any effector is always subject to local law and export-control licensing.
Technology stack
EO/IR Search & Track
360° panoramic thermal + visible-light search, automatic detection and stable tracking of drone-size targets at 1.5–5 km, laser ranging and fire-control-grade cueing.
Passive · All-weatherSurveillance Radar
X-band array radar detecting 0.01 m² low-slow-small targets at 10 km, 0.2–100 m/s, with 3-second search refresh and 512-target capacity.
Active · All-weatherRF Spectrum & AI
30 MHz–6 GHz spectrum monitoring with ≤5° direction finding, pilot localization, and on-device AI detection of 2×1-pixel targets at ≥85% recognition accuracy.
Passive · IdentificationCountermeasures
The full effector spectrum: directional jamming, net capture, high-power microwave and laser systems — specified openly, deployed only within lawful architectures.
Effectors · LicensedCommand & Control
Multi-sensor fusion into a single GIS air picture: threat grading, remote control of every device in the chain, evidence recording and debrief replay.
System layerDetection Technology Guide
Radar vs RF vs acoustic vs EO — an honest comparison of every detection principle, and why layered fusion wins.
InsightsScenarios we design for
Crowded Public Venues
Stadiums, heritage sites, festivals: passive-first detection, no collateral damage, no interference with the public.
Public safetyAirports & Airfields
Runway protection and perimeter surveillance with evidence-grade recording and ATC-friendly passive sensors.
AviationOil, Gas & Chemical Parks
Refineries, storage depots and pipeline corridors: intrinsically safe, passive detection over long perimeters.
Critical infrastructureFrequently asked questions
Is this a sales website?
No. It is a technical showcase and exchange platform. All parameters are published for discussion; commercial terms, if any, are negotiated case by case after technical dialogue and compliance review.
Why detection-first?
Most real-world low-altitude incidents are safety and security problems, not battlefield problems. Detection gives you time, evidence and options; any effector decision is made by a human, on solid data, under local law.
Do you work with integrators?
Yes — system houses, security integrators and research groups are our preferred conversation partners. Our devices expose standard Ethernet/UDP/RTSP interfaces precisely so they can be fused into larger architectures.
Is export possible?
Supply of any equipment is subject to PRC export-control law and destination end-user review. Detection-oriented equipment is generally the least restricted category; effectors may require export licenses. Ask, and we will tell you candidly what is and is not possible.
Start a technical conversation
One mailbox, answered by engineers. Describe your scenario — terrain, threat, existing sensors — and we will respond with substance.
Write to Anderson