Anti-Drone Systems & Solutions | How to Counter Unauthorized Drones with Dedrone (2024)

FAQs

Anti-Drone Systems & Solutions | How to Counter Unauthorized Drones with Dedrone? ›

Dedrone Complete Airspace Security Solution

High Power Microwave (HPM) devices

Effectively stops drones within range. Non-kinetic.

Dedrone tracks a proprietary blend of signals from drones, including radio frequency, ADS-B data (also used in planes), and RemoteID beacons, to identify the location of incursions.

All these features you find in Drone Scanner – a free app for tracking drones. The app is developed by Dronetag, manufacturing devices for remote drone identification.

The DroneGun Mk4 can disrupt the control, navigation and video of multiple drones simultaneously. When disruption is triggered, UAS will typically respond via a vertical controlled landing on the spot, or return back to the operator controller or starting point.

Legal Action for Unwanted Drones

You should first contact the person controlling the drone and ask them to stop flying it over your property. In most cases, they will stop the conduct right away when they realize that it bothers you. If that does not work, you can raise a private nuisance claim.

What is a drone jammer? Jammers work by blasting electromagnetic noise at the radio frequencies that drones use to operate and emit information. Effectively, they drown out the conversation between a drone and its operator. This is usually either 2.4Ghz or 5.8Ghz, which are non-assigned, public frequencies.

In the U.S., regulations prohibit most civilians from interfering with drone operations. However, counter-UAS technology has become essential in the government and military. Counter-drone technology is designed to detect, classify and address drones and unmanned aerial vehicles.

What is the range of DroneDefender? DroneDefender has an effective range of up to 2 kilometers, allowing operators to disable drones from a safe distance.

The AEROTRACKER interface is a complete solution for authorities and air traffic managers to identify and track drones alongside other forms of aviation in their area of responsibility, whilst providing reassurance, real-time information, and flight logs for drone operators.

How do you detect a drone spying on you? ›

Radar systems are widely employed for drone detection due to their ability to detect small RCS (Radar Cross-Section) flying objects in the airspace. Modern radar systems are equipped with advanced algorithms that can rapidly report the speed, distance, direction, altitude of the detected drones.

High-powered lasers and microwave systems focus a light beam or an electromagnetic pulse toward the drone to physically damage its electronics. Nets and guns are fired from the ground or another drone to stop rogue drones' flight mechanisms and rotor blades.

DroneDefender jams in the most common frequencies in which drones operate, including the GNSS spectrum, and effectively counters a wide range of COTS UAS. DroneDefender is used when a UAS threat is detected. It operates instantly when the trigger is engaged and breaks the communication link from the pilot to the UAS.

Battelle's DroneDefender is a device that emits an electromagnetic field meant to disrupt the most popular GPS and ISM radio frequencies, which keep drones in the air. The DroneDefender can then take control and guide the drone safely down to the ground.

This interference can be achieved by transmitting strong signals on the same frequency as the drone's control signals, effectively overwhelming and disrupting the communication link. This results in the drone losing control or becoming non-functional, as it cannot receive commands from the operator.

Drone jammers come in lots of different shapes and sizes. At the top level, you have high-power jammers and portable jammers. There are jammers that disrupt RF (as in remote control), jammers that disrupt GNSS (Global Navigation Satellite Systems, as in GPS and its foreign counterparts), and some that can do both.