Kaspersky Antidrone protects the airport territory from malicious or unintentional use of UAVs, preventing the risk of schedule disruption, airborne collisions and threats to human life.
According to statistics, each major airport handles around 400 flights per day. For an aircraft, take-off and landing are the most vulnerable stages of a flight, a time when the engines operate at increased capacity. These are the altitudes at which birds and drones fly.
Drone strikes have been proven to be more serious than a bird hitting a plane or being sucked into an engine. As well as damaging aircraft structure, a drone strike on an engine will result in a fire and fatalities.
Kaspersky Antidrone adapts to the type and threat landscape of a site with the ability to integrate into existing security and monitoring systems.
The layout of the detection, classification and neutralization modules is implemented in such a way that it covers the territory of the airport, including the approach path.
Configuration and demonstration of the Kaspersky Antidrone system takes place over one day, after which the client is provided with detailed instructions on how to use the solution.
Kaspersky Antidrone operates in continuous airspace monitoring mode: detection and classification are performed automatically 24 hours a day.
Airports differ from other sites in terms of their scale: the monitored zone includes not only the territory of the airport itself but also the airspace used during takeoff and landing.
The optimal choice for airports is a set of equipment that includes RF scanners or lidar sensors due to their high detection range. A classification module for thermal sensors with a viewing radius of 1500 meters is also included.
The neutralization module can be integrated into Kaspersky Antidrone software when the client receives additional certificates and permissions.
This module classifies an object at any time of day thanks to thermal imaging cameras, determines the distance to the object and performs targeting, waiting for a command to be sent to the jamming device.
Basic airspace scanning technology, effective on small scale sites as well as in areas with varying building heights.
This type of camera is used for specific areas of a site perimeter where high-precision monitoring and a high detection range are required.
Module with thermal imaging cameras providing highly accurate detection of airborne objects day and night.
RF scanning is suitable for large sites, including those in urban areas, regardless of time of day or weather conditions, with the ability to determine the location of the pilot.
The microphone module improves the efficiency of primary detection by using audio sensors.
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