Anti-drones are useful in countering unwarranted interruption of unmanned aerial vehicles (UAV). Anti-drones identify, track, and detect UAVs and therefore prevent illegal activities. The military and defense sectors mainly use these. Anti-Drone is a scalable system, which provides the maximum protection of areas and facilities of various sizes, forms, and functions. It comprises of different sets of equipment depending on the application (private houses, prisons, commercial venues, government buildings, industrial installations, airports, border security, critical infrastructure, and military facilities).
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Anti-drone systems are used to detect or intercept unauthorized drones and unmanned aerial vehicles (UAVs). Hostile drones may be used to deploy explosives, smuggle contraband, or gather intelligence on sensitive assets, and the popularity of low-cost UAVs has led to an increase in illicit incidents. Anti-drone technology is employed to protect areas such as airports, critical infrastructure, and large public spaces such as stadiums, military installations, and battlefield sites. The presence of rogue drones can be detected by a plethora of methods.
Specific RF transmissions on UAV-specific frequencies can be scanned, and drones can even be identified by their command protocols. RF scanning has the possibility of missing a drone or two, as aircraft that have been designed to fly on their own may not be sending or receiving RF transmissions from a pilot or base station. Electro-optical (EO) and infrared (IR) sensors can be used to detect drones depending on their visual and heat signatures. These sensors may need to be paired with machine vision and artificial intelligence algorithms that can reduce the risk of false positives and negatives.
Technology:
- Electronic Systems
- Laser Systems
- Kinetic Systems
Applications:
- Detection
- Detection
- Disruption