Field-proven military-grade technology

Instrumented range 7 – 50 km
Minimum detection range 1 m
Maximum detection range 2 – 10 km
Range accuracy 10 – 1 m
Range resolution 6 – 3 m
Minimum target altitude 1 m
Maximum target altitude 7 – 50 km
Azimuth/elevation 90°-20°/60°-10°
Frequency X-Band
Technologies AESA/MIMO
Tx output power (peak) 8W – 24 W
WiFi detection 2.4 GHz and 5 GHz

The system is available in stationary, portable and mobile versions

  • Modular and fully-configurable radar sensor,
  • 3D MIMO radar technology for improved performance,
  • Radar tracking based on MHT (multi-hypothesis tracking) algorithm,
  • Acoustic sensor with the direction-finding capability,
  • RF sensor with the whitelisting capability,
  • Fully-integrated and automated proprietary jammer for drone neutralization,
  • Dedicated web-based C2 (command and control) application for monitoring, configuration and controlling the system.

System operation

Precise detection

3D MIMO radars, visual, acoustic and Wi-Fi sensors, Prediction Tool and CyView C2 software

Accurate tracking

multiple targets at once, differentiation between birds and drones, reporting of the object exact 3D position in real-time

Instant classification

artificial intelligence, machine and deep learning, recognition of all flying objects

Effective neutralization

jamming 20 bands: ISM, VHF, UHF, GSM, UMTS, LTE, GNSS, WiFi, VHF, possibility of hard-kill integration

System components

Visual sensors Visual

Pan–tilt–zoom with manual or autogain control.
Day and night vision.

Variable zoom options.
Up to 360 degrees coverage.

Acoustic sensors Acoustic

Range up to 200 m.
Digital beamforming technology for direction finding.

Robust operation in urban environment.

Wi-Fi sensors and disconnectors Wi-Fi

Range up to 5 km.
Power consumption 60 W.

Frequency 2.4 GHz and 5 GHz.
Omni-directional or sectorial angle coverage.

Neutralisation jammers Neutralisation

20 bands: ISM, VHF, UHF, GSM, UMTS, LTE, GNSS, WiFi, UKF.
Reactive, barrage, sweep and hybrid jamming modes.

RF output power from 10 W to 140 W, depending on band range.

Access Access

Instrumented range 7 km
Minimum detection range 1 m

Maximum detection range
Nano UAVS – RCS 0.01 m2 2 km
Pedestrian – RCS 0.5 m2 3 km
Light vehicle – RCS 2.0 m2 5 km
Boat – RCS 5.0 m2 7 km
Low-level helicopter – RCS 5.0 m2 7 km
Range accuracy / Range resolution 10m/6m
Minimum/maximum target altitude 1m/7km
Coverage, azimuth/elevation 90°/45°
Frequency X-Band
Technologies AESA/MIMO

Advance Advance

Instrumented range 30 km
Minimum detection range 1 m

Maximum detection range
Nano UAVS – RCS 0.01 m2 3 km
Pedestrian – RCS 0.5 m2 5 km
Light vehicle – RCS 2.0 m2 8 km
Boat – RCS 5.0 m2 10 km
Low-level helicopter – RCS 5.0 m2 10 km
Range accuracy / Range resolution 3m/6m
Minimum/maximum target altitude 1m/30km
Coverage, azimuth/elevation 90°/60°
Frequency X-Band
Technologies AESA/MIMO

Range Range

Instrumented range 50 km
Minimum detection range 1 m

Maximum detection range
Nano UAVS – RCS 0.01 m2 5 km
Pedestrian – RCS 0.5 m2 7 km
Light vehicle – RCS 2.0 m2 12 km
Boat – RCS 5.0 m2 15 km
Low-level helicopter – RCS 5.0 m2 15 km
Range accuracy / Range resolution 3m/10m
Minimum/maximum target altitude 1m/50km
Coverage, azimuth/elevation 90°/30°
Frequency X-Band
Technologies AESA/MIMO

Follow Follow

Instrumented range 50 km
Minimum detection range 1 m

Maximum detection range
Nano UAVS – RCS 0.01 m2 10 km
Pedestrian – RCS 0.5 m2 15 km
Light vehicle – RCS 2.0 m2 25 km
Boat – RCS 5.0 m2 30 km
Low-level helicopter – RCS 5.0 m2 30 km
Range accuracy / Range resolution 1m/3m
Minimum/maximum target altitude 1m/50km
Coverage, azimuth/elevation 20°/10°
Frequency X-Band
Technologies AESA/MIMO

Software

We develop software to ensure the most efficient and effective anti-drone system. It is easy to use, fully customizable and reliable in all conditions.

 

Prediction Tool

Analyses the complexity of the site before our engineers design the final system.

Thanks to the Prediction Tool, we know exactly which SKYctrl system components are needed to guarantee maximum protection.

CyView C2

Tracks the direction, course and altitude of all flying objects.

Thanks to our CyView C2 application, we can flawlessly classify every object in the air. When a flock of birds suddenly mixes with a swarm of drones, we will immediately distinguish them and provide a fully-clear view of the airspace.

Advanced neural network algorithms will track selected objects in real-time, register all incidents, and learn on their own how to protect the selected area in the best possible way.

CyView C2 has also a customizable and friendly interface, support for stationary and mobile devices and an open API for integration with external systems.

In use

*92% of our implementations remain secret due to their strategic importance

Saudi Telecom Company

We work with the largest Saudi telecommunications company – Saudi Telecom Company. The SKYctrl system protects our partner’s airspace from intrusive flying objects.

Avinor Stavanger Airport

We protect the Norwegian airport in Stavanger with our SKYctrl system. We are the main supplier of technology that detects, classifies and neutralizes potential threats to air traffic.

Prison in Tallinn

We secure the airspace of one of the most modern prisons in the world. We work with the main contractor from the initial design stage to the final implementation and maintenance of the SKYctrl system.

Port of Gdynia

We work with one of the largest seaports in the Baltic Sea region. Our SKYctrl system monitors the airspace of a demanding area full of containers, cranes and ships.

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