Answering UAV threats and sustaining air dominance to drive the anti-drone market

The uninhibited presence of UAVs has given rise to a pressing requirement for innovative countermeasures against drones. The US department of defense is a significant player in the advancement efforts of anti-drone technology to answer UAV threats, sustain air dominance, and offer circumstantial consciousness to warfighters. The functions of anti-drones include detection where a drone is detected, the following function is classification and identification, wherein a sensor classifies a discovered object as a drone and recognizes the type of drone, the following function is locating and tracking where the sensor tracks the location of the drone in real-time, and the last function is neutralization where in drone defeat technology is employed to disable or destroy the drone.

As per a research report, the global anti-drone market size & share was valued at USD 842.82 million in 2021 and is expected to reach USD 5,779.06 Million By 2029, growing at a CAGR of 31.7% during the forecast period.

Advantages of Anti-Drone Technology

·???????Radiofrequency analyzers are cost-effective, detect multiple drones and controllers, and are passive; therefore, no license is required, and some can triangulate drone and controller positions.

·???????Acoustic sensors identify all drones near the field, including those functioning independently. In ground clutter, drones can be detected where other technologies struggle. Significant gap fillers in areas outside the line of sight of different sensors. Mobile and quickly deployable and passive.

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Disadvantages of Anti-Drone Technology

·???????Radiofrequency analyzers cannot always locate and track drones. It cannot detect autonomous drones, is less effective in crowded RF areas, and is usually short-range.

·???????Acoustic sensors do not always perform optimally in noisy environments and have a concise range.

Drone Countermeasure Equipment

·???????Radiofrequency Jammers: An RF jammer is a fixed, mobile, or handheld device that transmits an extensive amount of RF energy, masking the controller signal. This results in the drone making a regulated landing in the prevalent position, the drone returning to the user's set location, the drone falling unregulated to the ground, and the drone flying off in an unknown direction.

·???????GPS Spoofers: The drone receives a new signal from this device restoring the communication with GPS satellites it utilizes for navigation. In this manner, the drone is spoofed into thinking it is at some other place. By forcibly changing the GPS coordinates in real-time, the drone's position can be regulated by the spoofer. Once control is gained, it can be directed to a safe zone.

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Key Players

Some of the major players operating in the global anti-drone market include?Aaronia AG, Airbus Defence and Space, Battelle, Blighter Surveillance Boeing, CACI International Inc., Chess Dynamics Ltd., Dedrone, Enterprise Control Systems Ltd., Israel Aerospace Industries, L-3 Communications Ltd., Leonardo Spa, Lockheed Martin, Moog Inc., Northrop Grumman, Raytheon Technologies Corp., Saab AB, SRC Inc., Thales Group, among others.

To Review

Countermeasures will have to modify and evolve in tandem with all the progressive aerial technology. One evident challenge is posed by the unavoidable increase in autonomy. In the near future, consumer and commercial drones will be capable of operating with a greater degree of independence than imagined at present. And due to the rapid progress in technology, they may no longer rely on GPS and radio signals to do that.