Drones present a serious threat to both aircraft and public safety, with incidents on the rise. Airports need dependable anti-drone measures to avoid disruptions to flight schedules and, crucially, to protect people.
Our passive protection system delivers unyielding defense for airports against drone intrusions, capable of detecting and neutralizing drones up to 5km away. Our comprehensive multi-layered approach effectively counters both individual drones and drone swarms, safeguarding the daily operations of your airport and, most importantly, human lives.
SPECIFICATIONS
The system is operated from inside the vehicle with a special control system.
4 Hydraulic poles that stabilise the vehicle and the system.
“On the move” protection.
System power supply.
Radar and 360° RF detector integration.
Drones present a serious threat to both aircraft and public safety, with incidents on the rise. Airports need dependable anti-drone measures to avoid disruptions to flight schedules and, crucially, to protect people.
Our passive protection system delivers unyielding defense for airports against drone intrusions, capable of detecting and neutralizing drones up to 5km away. Our comprehensive multi-layered approach effectively counters both individual drones and drone swarms, safeguarding the daily operations of your airport and, most importantly, human lives.
SPECIFICATIONS
The system is operated from inside the vehicle with a special control system.
4 Hydraulic poles that stabilise the vehicle and the system.
“On the move” protection.
System power supply.
Radar and 360° RF detector integration.
Our cutting-edge solution offers comprehensive protection against various hostile drone threats, from detection to neutralization. Our intelligent wearable technology ensures that individual soldiers are fully shielded against commercial drones deployed for surveillance or as weapon delivery systems by adversarial forces.
Our wearable counter-UAS solution comprises RF sensors for drone detection, intelligent jammers for neutralizing enemy drones, and a robust, quad-band omnidirectional antenna. This integrated system offers a comprehensive detect-and-defeat approach against harmful drones. We prioritize minimizing size, weight, and power usage, ensuring our solution is not only efficient and light but also rugged and compact for optimal performance.
Our cutting-edge solution offers comprehensive protection against various hostile drone threats, from detection to neutralization. Our intelligent wearable technology ensures that individual soldiers are fully shielded against commercial drones deployed for surveillance or as weapon delivery systems by adversarial forces.
Our wearable counter-UAS solution comprises RF sensors for drone detection, intelligent jammers for neutralizing enemy drones, and a robust, quad-band omnidirectional antenna. This integrated system offers a comprehensive detect-and-defeat approach against harmful drones. We prioritize minimizing size, weight, and power usage, ensuring our solution is not only efficient and light but also rugged and compact for optimal performance.
We offer a seamless, ready-to-use system employing direct visual sensor technology for the detection and deactivation of unauthorized drones around protected zones. The system includes a comprehensive 360° RF sensor with integrated GPS, delivering a live feed that pinpoints drone directions, frequencies, and protocols.
The RF Jammer operates in both manual and automatic modes, scanning for drones via a sophisticated antenna network. It can identify drones within a 4km range and neutralise threats within a 1km radius. The system, equipped with a vast drone signature database and without blind spots, commands the RF jammer to cut off all drone communications instantly upon threat detection, securing the perimeter from any further breaches.
The system is adaptable, powered by either battery or mains electricity through a generator or UPS. It features sophisticated friend-or-foe recognition capabilities, allowing for the categorisation of drones on a white list or black list based on their protocols. The Directional Dome's quick setup and rapid detection capabilities—under five seconds—make it not just practical but essential for VIP protection.
We offer a seamless, ready-to-use system employing direct visual sensor technology for the detection and deactivation of unauthorized drones around protected zones. The system includes a comprehensive 360° RF sensor with integrated GPS, delivering a live feed that pinpoints drone directions, frequencies, and protocols.
The RF Jammer operates in both manual and automatic modes, scanning for drones via a sophisticated antenna network. It can identify drones within a 4km range and neutralise threats within a 1km radius. The system, equipped with a vast drone signature database and without blind spots, commands the RF jammer to cut off all drone communications instantly upon threat detection, securing the perimeter from any further breaches.
The system is adaptable, powered by either battery or mains electricity through a generator or UPS. It features sophisticated friend-or-foe recognition capabilities, allowing for the categorisation of drones on a white list or black list based on their protocols. The Directional Dome's quick setup and rapid detection capabilities—under five seconds—make it not just practical but essential for VIP protection.
The PORTABLE DOME is a self-contained system featuring advanced line-of-sight sensors for real-time drone surveillance and interdiction within a designated area.
Equipped with a full-circle RF sensor, GPS, and compass, the PORTABLE DOME offers comprehensive, mobile anti-drone defense. It has no blind spots and delivers a complete surround scan. When a threat is identified, an automated signal is sent to the jamming unit to neutralize the drone.
The VIP Dome Pro is an anti-drone radar that immediately severs any drone's radio links, securing VIPs from aerial threats. With an extensive drone database and AI-enhanced recognition, the PORTABLE DOME can detect both known and unfamiliar custom-built drones.
The system features a display that shows the location, frequency, and communication protocol of detected drones. It can identify drones up to three kilometers away in environments with RF interference, effectively countering them at the same range to thwart any adversarial drone activity.
The PORTABLE DOME is a self-contained system featuring advanced line-of-sight sensors for real-time drone surveillance and interdiction within a designated area.
Equipped with a full-circle RF sensor, GPS, and compass, the PORTABLE DOME offers comprehensive, mobile anti-drone defense. It has no blind spots and delivers a complete surround scan. When a threat is identified, an automated signal is sent to the jamming unit to neutralize the drone.
The VIP Dome Pro is an anti-drone radar that immediately severs any drone's radio links, securing VIPs from aerial threats. With an extensive drone database and AI-enhanced recognition, the PORTABLE DOME can detect both known and unfamiliar custom-built drones.
The system features a display that shows the location, frequency, and communication protocol of detected drones. It can identify drones up to three kilometers away in environments with RF interference, effectively countering them at the same range to thwart any adversarial drone activity.
Our tailor-made, integrated command and control interface is specifically crafted for large infrastructures. With our SDK/API development tool, you can seamlessly integrate extra sensors into your current systems. Any alarm triggered by the RF sensor is immediately displayed on the mission control server or field tablet, pinpointing the activated zone and identifying the make and model of detected drones.
Operating system: Linux
Maps: ESRI arcGIS server
Software interface: JSON/REST
Server requirements: Min 4GB RAM, 2.2GHz Core 2 Duo
Client requirements: Min 2GB RAM, 2.2GHz Core 2 Duo
Map-based mission planning, downloaded prior/during setup
Multi-sensor integration
Online-offline logging view
Offline post processing
Multiple logins/Distributed situational awareness
Integration with 3rd party systems
Our tailor-made, integrated command and control interface is specifically crafted for large infrastructures. With our SDK/API development tool, you can seamlessly integrate extra sensors into your current systems. Any alarm triggered by the RF sensor is immediately displayed on the mission control server or field tablet, pinpointing the activated zone and identifying the make and model of detected drones.
Operating system: Linux
Maps: ESRI arcGIS server
Software interface: JSON/REST
Server requirements: Min 4GB RAM, 2.2GHz Core 2 Duo
Client requirements: Min 2GB RAM, 2.2GHz Core 2 Duo
Map-based mission planning, downloaded prior/during setup
Multi-sensor integration
Online-offline logging view
Offline post processing
Multiple logins/Distributed situational awareness
Integration with 3rd party systems
KEY ATTRIBUTES:
Sectorial direction pinpointing
Identification of drone operational frequencies
Drone and controller recognition capabilities
Detection is effective whenever there is communication with the operator
Full azimuth coverage: 360°
360° RF DETECTION
The Passive RF Detector excels in urban landscapes with potential line-of-sight obstructions and is optimal for mobile use. It includes high-gain, direction-finding antennas that persistently monitor common aerial frequencies to ensure complete 360° detection.
DIRECTION FINDER
Tailored for urban settings, the Direction Finder (DF) delivers precise location tracking by measuring drones' radio signals across multiple bands. The DF employs sophisticated technology, including an antenna array, rapid FFT processing, and a calibration table for accurate amplitude readings.
KEY ATTRIBUTES:
Sectorial direction pinpointing
Identification of drone operational frequencies
Drone and controller recognition capabilities
Detection is effective whenever there is communication with the operator
Full azimuth coverage: 360°
360° RF DETECTION
The Passive RF Detector excels in urban landscapes with potential line-of-sight obstructions and is optimal for mobile use. It includes high-gain, direction-finding antennas that persistently monitor common aerial frequencies to ensure complete 360° detection.
DIRECTION FINDER
Tailored for urban settings, the Direction Finder (DF) delivers precise location tracking by measuring drones' radio signals across multiple bands. The DF employs sophisticated technology, including an antenna array, rapid FFT processing, and a calibration table for accurate amplitude readings.
Our multi-purpose radar is a staring each radar plate covers 90°, azimuth FOV, for 360° detection we deploy 4 panels that detect and track all flying targets as small as 0.01 RCS.
FEATURES
Micro Doppler – Detection of low-speed and hovering drones
3D Air-Surveillance Radar
No minimum height requirement
X Band Frequency Antenna
Option to mount on a vehicle or tripod
Our multi-purpose radar is a staring each radar plate covers 90°, azimuth FOV, for 360° detection we deploy 4 panels that detect and track all flying targets as small as 0.01 RCS.
FEATURES
Micro Doppler – Detection of low-speed and hovering drones
3D Air-Surveillance Radar
No minimum height requirement
X Band Frequency Antenna
Option to mount on a vehicle or tripod
Commercial drones typically follow remote pilot commands, yet sophisticated drones and UAS platforms feature advanced navigation like 'return-home' functions, stationary positioning, and autonomous GPS/GNSS flight. The increasing deployment of autonomous drones for surveillance and strikes necessitates robust C-UAS solutions, protecting vital sites like critical infrastructure, airports, and military bases.
Our field-tested spoofing method offers an all-encompassing, non-destructive response to UAS threats, including drone swarms.
The Spoofer operates by emulating GNSS signals, effectively manipulating drone navigation. It can repel drones from protected areas or force them to land in 'no-fly' zones. Our spoofer works universally across drone types and sizes, crafting an unseen shield that prohibits unauthorised flights within a 2 km radius. Tailored for flexibility, our solutions are modular, functioning independently or integrated within a larger C4I system, and complementing jamming technologies. This approach guarantees all-weather, round-the-clock security control.
When the system's spoofing technology verifies the fake signal, it either repels drones from secure zones or prevents them from flying in restricted areas, grounding them if necessary. Our spoofer works on all drones, regardless of their design or speed, effectively securing a 2km radius against unauthorised drones.
Commercial drones typically follow remote pilot commands, yet sophisticated drones and UAS platforms feature advanced navigation like 'return-home' functions, stationary positioning, and autonomous GPS/GNSS flight. The increasing deployment of autonomous drones for surveillance and strikes necessitates robust C-UAS solutions, protecting vital sites like critical infrastructure, airports, and military bases.
Our field-tested spoofing method offers an all-encompassing, non-destructive response to UAS threats, including drone swarms.
The Spoofer operates by emulating GNSS signals, effectively manipulating drone navigation. It can repel drones from protected areas or force them to land in 'no-fly' zones. Our spoofer works universally across drone types and sizes, crafting an unseen shield that prohibits unauthorised flights within a 2 km radius. Tailored for flexibility, our solutions are modular, functioning independently or integrated within a larger C4I system, and complementing jamming technologies. This approach guarantees all-weather, round-the-clock security control.
When the system's spoofing technology verifies the fake signal, it either repels drones from secure zones or prevents them from flying in restricted areas, grounding them if necessary. Our spoofer works on all drones, regardless of their design or speed, effectively securing a 2km radius against unauthorised drones.
The Directional Jammer disrupts the link between a hostile drone's critical systems—like video, telemetry, and navigation—and its controller. It effectively neutralizes the drone, causing it to return to its launch point or land immediately.
CORE FUNCTIONS
The Jammer executes discreet spectrum interference, severing the drone's communication with the operator, rendering its video, telemetry, and navigational functions inoperative.
The Directional Jammer disrupts the link between a hostile drone's critical systems—like video, telemetry, and navigation—and its controller. It effectively neutralizes the drone, causing it to return to its launch point or land immediately.
CORE FUNCTIONS
The Jammer executes discreet spectrum interference, severing the drone's communication with the operator, rendering its video, telemetry, and navigational functions inoperative.
The BPNE state-of-the-art, modular electro-optical system is equipped with continuous zoom and autofocus capabilities, along with a manual/automatic gain control.
This system includes EO/IR trackers, thermal imaging, and a daytime camera, all compliant with ONVIF standards.
It offers standard industry mounting options and the flexibility to upgrade or modify the lens based on specific needs. Its intuitive scene awareness software simplifies integration and provides high-resolution imaging for accurate target identification.
The cooled thermal camera system combines high sensitivity and ultra long- range performance
Observes thermal and visible light channels simultaneously
Effortless integration
Designed and certified to IP66, for hot, cold, dusty and other harsh environments
Continuous zoom
Auto focus
Manual/auto gain control (including local AGC)
NUC selection & calibration
Thermal tracking
The BPNE state-of-the-art, modular electro-optical system is equipped with continuous zoom and autofocus capabilities, along with a manual/automatic gain control.
This system includes EO/IR trackers, thermal imaging, and a daytime camera, all compliant with ONVIF standards.
It offers standard industry mounting options and the flexibility to upgrade or modify the lens based on specific needs. Its intuitive scene awareness software simplifies integration and provides high-resolution imaging for accurate target identification.
The cooled thermal camera system combines high sensitivity and ultra long- range performance
Observes thermal and visible light channels simultaneously
Effortless integration
Designed and certified to IP66, for hot, cold, dusty and other harsh environments
Continuous zoom
Auto focus
Manual/auto gain control (including local AGC)
NUC selection & calibration
Thermal tracking