DronBrix counter-drone systems are adaptable to any mission-critical sector where airspace security cannot be compromised.

Secure airspace with radar detection and controlled drone mitigation.

Portable systems to detect and stop drones during large events.

City-wide drone monitoring with centralized control.

Quick-deploy anti-drone systems for short-term security.

Strong perimeter protection for sensitive facilities.

Monitor and protect energy networks from drone threats.

Long-range surveillance and interception for borders and coasts.

drone-based smuggling with detection and jamming.

Integrated radar and RF-based systems detect and manage drone threats, ensuring safe and secure airport airspace with controlled mitigation measures.
Sensor stack: Long-range primary radar + dedicated small-UAS radar(low-RCS) + RF detection + EO/IR monitoring.
Soft-kill: RF/GNSS mitigation only under strict ATC coordination; remote takeover used sparingly.
Hard-kill: Very restricted; kinetic only in extreme cases with ATC, military & regulator approval.

Portable multi-sensor solutions provide real-time drone detection, RF jamming, and interception to maintain safety during large gatherings and events.
Sensor stack: Portable radar + RF sensors + EO/IR + acoustic for redundancy; rapid-deploy mobile units.
Soft-kill: RF jamming ; localized GNSS denial; deploy interceptor UAS for capture where feasible.
Hard-kill: Net capture, interceptor UAS; lasers only from safe standoff and with airspace control.

A network of distributed sensors with centralized analytics enables continuous urban drone monitoring and coordinated law enforcement response.
Sensor stack: Distributed sensors (radar + RF nodes) feeding cloud C2,EO/IR cueing, integration with CCTV/ATC.
Soft-kill: Law-enforcement jamming with strict authorisation; deploying interceptor UAS for observation or capture.
Hard-kill: Net capture via interceptors. Cloud-based analytics and cross-agency data sharing recommended.

Rapid-deployment counter-drone units use mobile RF jamming and interceptor drones to secure short-term or pop-up event locations.
Sensor stack: Rapid-deploy radar + RF + EO/IR+ temporary C2 node.
Soft-kill: Mobile RF jamming & interceptor UAS for capture.
Hard-kill: Net capture; interceptor UAS preferred.

Fixed, multi-layered detection and perimeter defense systems protect high-value assets like power plants and ports from drone threats.
Sensor stack: Fixed radars + RF + EO/IR + integrated perimeter sensors.
Soft-kill: RF/GNSS mitigations in controlled perimeter.
Hard-kill: Net capture in buffer zones; EMP and lasers in remote perimeters.

Distributed monitoring systems with localized mitigation safeguard energy transmission networks from unauthorized drone activities.
Sensor stack: Distributed small radars, portable RF sensors, EO/IR on towers.
Soft-kill: RF mitigation or directed interception by nearby interceptor UAS; geofencing for authorised drones.
Hard-kill: Net capture (from interceptor UAS) or dedicated interceptors launched from service vehicles.

Coastal radar and RF systems provide long-range detection and interception to secure borders and maritime zones.
Sensor stack: Coastal radars optimized for small UAS,HF/VHF RF intercept, EO/IR on towers/ships, maritime AIS fusion.
Soft-kill: RF interdiction from vessels/sites; electromagnetic spectrum denial to force crash at sea.
Hard-kill: Long-range lasers (ship-based), interceptor UAS, surface-to-air interceptors in high-threat zones; EMP.

Short-range detection and RF-based mitigation systems prevent drones from delivering contraband into secure prison environments.
Sensor stack: Small site radar + RF sensors + EO/IR (fixed) + acoustic.
Soft-kill: RF/GNSS jamming to force landing; directed takeover; RF geofencing.
Hard-kill: Net capture via short-range launchers; interceptor UAS or trained shooter systems within legal bounds.
Every operational environment is unique. Our engineering team works directly with clients to design, configure and deploy tailored counter-drone solutions for any threat scenario.
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