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use case: ardronis wi-fi – the basis for drone decoding

next-generation counter-drone capability for automatic detection of wi-fi controlled drones

affordable and easy to use, wi-fi controlled drones con¬tinue to grow in popularity around the world, making them a significant threat to critical national infrastructure and special events.

although they have limited range and endurance, more advanced wi-fi controlled drones can automatically switch between wi-fi channels within the same band, typically the 2.4 ghz or 5 ghz industrial, scientific and medical (ism) bands, making them particularly difficult to find and fix.

however, national regulations require radio-controlled drones to emit a remote identification (remote id) signal which can include the serial number, gps coordinates, speed, altitude and timestamp of a drone as well as the location of its operator.

thanks to emerging technologies, these types of communications protocols can now be captured and decoded by more advanced counter-drone capabilities on the market, a capability which allows law enforcement and security agencies to identify non-cooperative drone operators at the earliest opportunity.

rohde & schwarz solution

the rohde & schwarz ardronis wi-fi solution provides customers with game-changing levels of detection, location and identification for wi-fi enabled drones.

as part of the company’s wider family of ardronis counter-drone systems, ardronis wi-fi can detect a drone through its media access control (mac) address and communications protocol, locate it by exploiting wi-fi signal transmissions and identify it by decoding a transmitted remote id.

ardronis wi-fi not only confirms the presence of non-cooperative drones, but it also provides an approximate direction to the threat, even when the drone is grounded.

furthermore, ardronis wi-fi offers customers the ability to identify spoofing attempts, intercept video signals transmitted from the drone to the pilot and display them in real time.

a further method ardronis wi-fi uses to disrupt the threat is to interrupt connectivity between the pilot and the drone without interfering with other drones and com¬munications in the immediate area. this is done by disrupting the wi-fi control link and can be initiated

benefits

more than 80 ardronis wi-fi systems are currently deployed worldwide to actively protect critical national infrastructure, including airports, border facilities and prisons from non-cooperative drones.

with its wi-fi receiver station and directional/omni-directional antenna, ardronis wi-fi is a cost-effective device with low power consumption that is easy to use and ideally suited to countering current and emerging threats.

ardronis wi-fi can be employed in a standalone configuration on a mast or co-located with other ardronis equipment, offering customers unprecedented levels of mission flexibility and scalability with the wider family of ardronis solutions.

additional use cases include integration of the ardronis wi-fi receiver with a small form factor antenna on board a ground vehicle, providing customers a rapidly deployable and highly mobile solution.

ardronis wi-fi can also be upgraded to include pantilt controls, decoding functions and regular updates of its signal database.

customers also benefit from a user-centric design, making the solution easy to use and a critical asset for law enforcement and security agencies in almost any operating environment.

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brochure: protection for law enforcement

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