These Drones Can Evade Signal-Jamming Counter-Drone Systems
Rahul Kalvapalle — July 22, 2022 — Tech
United Kingdom defense technology company QinetiQ has created the world's first laser-controlled drone, whose unique operational capabilities give it the ability to evade typical anti-drone systems built around signal-jamming techniques.
These laser-controlled drones make use of QinetiQ's special Free Space Optical Communications system, which uses laser-based controls in order to evade counter-drone assaults. This system means that rival entities can't interfere with the drone's data inputs and mess with its operation. While these drones can be intercepted through conventional weaponry such as guns and missiles, the fact of the matter is that being able to evade signal-jammers offers a significant advantage.
While drones continue to evolve and become more high-tech across sectors, it's no surprise that the military market is leading these futuristic developments, with the advent of laser-controlled drones offering significant advantages to forces who are lucky enough to be able to call upon them in varied battle and surveillance situations.
Image Credit: QinetiQ
These laser-controlled drones make use of QinetiQ's special Free Space Optical Communications system, which uses laser-based controls in order to evade counter-drone assaults. This system means that rival entities can't interfere with the drone's data inputs and mess with its operation. While these drones can be intercepted through conventional weaponry such as guns and missiles, the fact of the matter is that being able to evade signal-jammers offers a significant advantage.
While drones continue to evolve and become more high-tech across sectors, it's no surprise that the military market is leading these futuristic developments, with the advent of laser-controlled drones offering significant advantages to forces who are lucky enough to be able to call upon them in varied battle and surveillance situations.
Image Credit: QinetiQ
Trend Themes
1. Laser-controlled Drones - The use of laser technology to control drones can disrupt the drone industry by providing a way to evade anti-drone systems.
2. Free-space Optical Communications - The development of Free Space Optical Communications for drone control can disrupt the communication industry by providing a secure and interference-free method of data transmission.
3. Anti-drone Technology - The need for new anti-drone technology to counteract the advantages offered by laser-controlled drones can disrupt the defense industry by creating demand for innovative solutions.
Industry Implications
1. Defense - Laser-controlled drones present a significant opportunity for the defense industry, offering advantages in surveillance and battle situations.
2. Drone - The use of new laser technology to control drones can disrupt the drone industry by allowing for the development of more advanced and secure drones.
3. Communication - The development of Free Space Optical Communications for drone control can disrupt the communication industry by creating a new method of data transmission that is resistant to interference.
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