Electronic warfare or electronic warfare, Electronic warfare systems provide an important capability and offer excellent solutions by using the latest technology receivers, antennas, processing and user interface technologies in today's new electronic warfare concept. It is a war term that entered military terminology with the use of radio waves and the tactical technological superiority of an army playing a decisive role in the outcome of the war. In general, it aims to completely prevent the use of the electromagnetic spectrum by enemy forces with the use of various techniques, and to make its use by friendly forces to provide maximum benefit in the most appropriate way for military purposes.

Electronic Attack (EA) is the strategic use of electromagnetic or directed energy weapons to attack the electronic infrastructure of enemy forces in order to reduce or eliminate their combat capabilities. This includes threat analysis and response, as well as countermeasures such as signal jamming, electromagnetic spoofing, lasers, radio frequency (RF) weapons, or any combination of the above EW tools to neutralize the threat.

A radio frequency (RF) detector is a device used to detect the presence of RF waves in the physical transmission medium. The system uses RF Detector to detect drones and drone pilots. AI even identifies the type of threat by comparing different frequency patterns. The system recognizes every radio signal and with learned patterns it can easily distinguish drones from eg Wlan signals and identifies almost all types of threats. In addition, the location of the drone pilot is determined. An advantage of this method is the detection range. While radar only reaches a conical range of approx. 3 km, the RF Detector reaches a dome range of up to 14 km (airport solution up to 50 km). The system is scalable and adaptable to requirements and budget. Our optional ANTIDRONE cameras, which work perfectly together with the RF detection mechanisms of the ANTI drone detection system is a fully integrated optical and thermal solution for detecting drones. This option allows the user to detect detected drones even from a long distance and identify potentially dangerous payloads such as drone-attached explosives. If a drone goes into autonomous flight mode while being tracked by our Vision Detection System, the tracking will continue regardless.

With GBKPS, it can drop various loads from the lightest to the heaviest loads with precision. By calculating the weather, wind, altitude, air pressure and temperature, it ensures the parachute drop point to land. can be monitored and controlled from a laptop or any control center. It can also provide weather updates and mission changes on the route via satellite links. The GBKPS is designed for aircraft to drop payloads up to 24,500 feet above mean sea level. Releases the cargo with a target of 25 km away from the intended drop point without being at least eight km away. This off-set allows the aircraft to stay out of range of most anti-aircraft systems. It also enables the aircraft to drop systems from a single aerial release point and deliver them to multiple or single locations, thus reducing the risk of aircraft exposure to attack. Accurate placement of loads on the ground greatly reduces the time required to recover the load.