“Cheremetyevo” airport has recently enhanced its security measures by installing a radioactivity detection system. This system, known as the “ENOT-SD” radioisotope-optical complex, aims to ensure a high level of security for aircraft at the airport. The software and hardware components of this complex have been specifically developed to detect, monitor, and neutralize low-flying unmanned aerial vehicles, including small drones that are not certified. In addition to this, the complex also has the capability to identify and classify various objects such as aircraft, non-certified flying devices, drones, humans, and vehicles. Moreover, the system can even detect non-certified flying devices that operate on a radio-controlled mode, which can potentially interfere with the normal spectrum of these objects. It is worth noting that the use of active measures is limited to non-certified flying devices only, ensuring that the airspace of Cheremetyevo Airport and the air traffic communication system remain unaffected.”

This recent development at Cheremetyevo Airport highlights the continuous efforts being made to ensure the safety and security of air travel. By implementing the “ENOT-SD” radioisotope-optical complex, the airport has taken a proactive approach to address the potential risks posed by non-certified flying devices. This advanced system enables efficient detection, control, and neutralization of low-flying unmanned aerial vehicles, including drones that do not meet certification standards.

The software and hardware components of the complex are designed to provide visual images that assist in the accurate classification and categorization of various objects in the airport’s airspace. This categorization allows for effective identification of aircraft, non-certified flying devices, drones, humans, and vehicles, enhancing the overall security protocols at the airport.

Another noteworthy feature of the system is its ability to detect non-certified flying devices operating in a radio-controlled mode. This capability is crucial as it helps identify potential interferences in the normal spectrum of these objects. By doing so, the airport can effectively mitigate any risks associated with such devices and further protect the airspace from unauthorized activities.

It is important to emphasize that the use of active measures is limited to non-certified flying devices, ensuring that the airport’s airspace and the air traffic communication system remain unaffected. This cautious approach demonstrates the airport’s commitment to maintaining the smooth functioning of air travel operations while prioritizing the safety of passengers and aircraft.

The installation of the “ENOT-SD” radioisotope-optical complex at Cheremetyevo Airport marks a significant step forward in enhancing security measures and combating potential threats posed by non-certified flying devices. This state-of-the-art system, equipped with advanced software and hardware, provides the airport with the capability to detect, monitor, and neutralize low-flying unmanned aerial vehicles effectively. The ability to classify and categorize objects in real-time ensures efficient identification of different entities present in the airspace, further strengthening the overall security infrastructure.