Command Control Center - distributed system for combat/operations control and tracking the actions of own and enemy forces.

  • Shorten the decision-making cycle
  • Reduce the possibility of errors
  • Ensure detailed familiarity with the situations
  • Visualize manoeuvrability of own and the enemy forces
  • Implement technological solutions into the battlefields


The device locates the position of injured persons, soldiers and relocated info (e.g. wounded body part, injections, etc) on the command control center.

Technical Specifications

Weight 0.05 kg
Radio Frequency(RF) 868MHz
Accuracy ± 5 m
Size 50 x 80 x 35 mm
Connection Bluetooth, WiFi, LoRa
Range of operations Up to 15km


The solar-powered monitoring device can detect motion and transmit captured images to a command and control center. It also features air quality sensors, microphones, and smoke detectors. Additionally, it has the capability to activate specific outputs, such as triggering explosives or other external devices, when programmed to do so, for instance in respone to motion detection.

Technical Specifications

Camera view angle 70°
Sound detection Up to 100 m
Smoke detection 20-25 m
Movement detection angle 120°
Movement detection distance Up to 30 m
Camera type Night and day vision
Wireless network interfaces 3G, WiFi, LoRa
Power Powered by the solar panel.
Alone battery itself is able to provide power for 10 days. 1 hour sun a day ensures the device to provide power for 24 hours


For cost police and command control centers for real time environment, simulations and personnel training.

Technical Specifications

  • 2000+ behavioral objects modeled
  • Real world weather, physics, day and night time modeling logic
  • Integration with actual field devices for use in visualization
  • Development of 3D visualization and simulation covering 10,000 square km of land and sea terrain.


A thermal camera capable of detecting tiny differences in temperature and with AI inside to detect and classify objects.

Technical Specifications

Weight 3.25 kg
Size 200 x 200 x 80 mm
Thermal Sensitivity 50 mK
Spectral Band 7.5 - 13.5 µm
Sensor frequency range 0.10 kHz
ViRGBsible Camera FOV 56° x 45°
RGB Sensor Resolution 4000 x 3000
Thermal Frame Rate 8.33 Hz / 30 Hz
Thermal Sensor Resolution 640 x 512
Sensor type Uncooled Vox Microbolometer
Thermal Lens 13 mm: 45° x 37° / 19 mm: 32° x 26° / 25 mm: 25° x 20°
Accuracy +/- 5 C or 5% of readings in the -25°C to +135°C range+/- 20 C or 20% of readings in the -40°C to +550°C range


The radio modem intended to provide high quality and secure RF link between parties(tablets, devices and command control center). Also possible to setup network with repeaters with capability of detection nodes position with 30-50 m.

Technical Specifications:

Encryption AES
Frequency hopping Yes(Up to 1000 hops)
Data Rate Up to 2.4 Mb/s
Working frequency band UHF 300-1.1GHz
Working frequency band UHF 300-1.1GHz
Modulations 2/4FSK, OQPSK, BPSK, 16,64QAM
Advantages The module provides a reliable transparentRF link that can be used for UAV control, data transfer and also in any application requiring secure, robust jamming proof data transmission


Rugged Tablet designed for special operations and commanders. On Android operating system it has extra security modules and integrated software for connecting with command control center.

Technical Specifications

RAM 4 GB +
ROM 64 GB +
Charger Quick Charge 3.0 or higher
Operating system Android 10.0
Micro SD maximum 512 GB
CPU Qualcomm MSM8953, 8 core, 2GHz
I/O port RJ45, Mini HDMI, USB 3.0, Type C, DC
Display screen 10 inch, LCD screen, 1920 x 1200 IPS


GDS-360 is an acoustic fire control system. It is designed to detect and classify sound realtive horizantal position (azimuth) and elevation. Works for calibers 5.45, 5.65, 7.62, 9.00, 12.7. 2.

Technical Specifications:

Weight 4 kg
Microphones array step size 60 mm
Number of sub-arrays 5
Sensor frequency range 0.10 kHz
Number of sensors per sub array 16
Beam-forming optimal frequency 2.5 kHz
Dimensions of cover 350 x 350 x 132 mm
Array to acquisition board cable length ≤2m
Array dimensions (preliminary) H*W*D 214 x 214 x 3 mm


Designed for filtering human voice from a noisy environment by selecting direction on the videos․ The system has a signal acquisition, processing and communication unit, which acquires raw array of acoustic signals from Microphone Array and performs beam-forming in order to spatially filter the signal only from the desired direction.

Technical Specifications

Weight Up to 9 kg
Detection distance Up to 70 m
Sensor frequency range 0.10 kHz
Beam steering range (Vertical) -10° ... +10°
Beam steering range (Horizontal) -30°... +30°
Beam-forming optimal frequency 2.5 kHz
Number of microphones in array 32 (8 x 4)
Dimensions (preliminary) H*W*D 350 x 650 x 130 mm


System switches between up to three input power lines in less than 20 millisecond.System may be used in factories, business centers, hospitals or high power infrastructures.

Technical Specifications:

Power Up to 750 A
Voltage 220 - 380 V
Switching time 20 ms
Power frequency 50/60 Hz
Operation principle Autonomous or/and mechanical
Power consumption Indication of power consumption for each phase
Phase monitoring Phase voltage, phase current, total consumption, re-phasing detection
Input lines Up to 3 input power lines (three-phase) Main line, diesel generator, solar power system, accumulator etc.


Local positioning system (LPS) is a RF based navigation system thatprovides location information. Works in ISM band not exceeding licensedpower to avoid certification.

Technical Specifications

Weight 7 kg
Precision 5-7 m
Size 400 x 125 x 200 mm
Mesh Terrestrial mesh network
Distance measurement Up to 5km
Position Can be positioned on stationary beacons, cars, sea vessels, UAV and other devices
Wireless distance measurement system Technology for building terrestrial mesh networks for RF based low/mid-rate data communication accompanied with local positioning system


Face recognition based security system is a next generation biometric access control working with AI. The device collects a set of unique biometric data of each person associated with their face and facial expression to authenticate a person. The system needs only one captured photo for further recognition. In addition 2D photos are rejected as fake.

Technical Specifications:

Face Recognition Distance UP to 2 meters
One-Capture Recognition The system requires only one captured photo of an individual for subsequent recognition. This suggests that it can create a facial template or profile based on a single image
Hardware Platform The hardware system is built on AI platforms integrated with Intel cameras, specifically the RealSense D415 and D435 cameras. These cameras are likely used to capture the facial images for recognition purposes
Tailgating Detection and Recognition Tailgating refers to the unauthorized passage of individuals alongside an authorized person. The system can identify when more than one person is present within a 2m range, signaling a potential tailgating scenario
Tailgating Verification The system incorporates a verification process by using a second camera positioned inside the building to verify the initial detection and recognition made by the system. This additional camera helps confirm the presence of unauthorized individuals and enhances the reliability of the tailgating detection system