Use case: ARDRONIS Wi-Fi – the basis for drone decoding

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 commu¬nications 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, loca¬tion 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 approx-imate direction to the threat, even when the drone is grounded.

Furthermore, ARDRONIS Wi-Fi offers customers the abil¬ity 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 dis¬rupting 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-di¬rectional 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 con¬figuration 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 pan-tilt controls, decoding functions and regular updates of its signal database.

Customers also benefit from a user-centric design, mak¬ing the solution easy to use and a critical asset for law enforcement and security agencies in almost any operat¬ing environment.

Featured ARDRONIS content

Browse in the video library

Browse in the video library

More information

ARDRONIS Wifi

ARDRONIS Wi-Fi in detail

Mehr Informationen

Brochure: Protection for law enforcement

Brochure: Protection for law enforcement

Download brochure

Sign up for our newsletter

Sign up for our newsletter

Informationen anfordern

Haben Sie Fragen oder benötigen Sie weitere Informationen? Nutzen Sie hierzu einfach unser Kontaktformular und wir setzen uns umgehend mit Ihnen in Verbindung.

Marketing-Einverständniserklärung

Ihre Anfrage wurde erfolgreich versendet. Wir nehmen in Kürze Kontakt mit Ihnen auf.
An error is occurred, please try it again later.