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Today anyone can attack in your life through a cheap Drone System available in market.

Have you imagine how a drone can violate your life in all levels (reputation, defamation, assassination..)?

There is hardly any other technology currently developing as fast as drone technology. However, the increase in drone efficiency also means more opportunities to misuse them for criminal purposes.
Our Drone Tracker Detects All Kinds of Drones!

Based on multiple parameters such as noise, shape, and movement patterns, it is unlike any other drone warning system able to reliably detect all types of drones.
Our Drone Tracker guards against spying, smuggling, potential terrorist attacks and invasions of personal privacy.
Multi-Sensor Drone Warning System
Drone Tracker Detects All Kinds of Drones in distance up to 500m.

Drone Tracker is equipped with a unique system of interacting sensors.

Based on multiple parameters such as noise, shape, and movement patterns, it is unlike any other drone warning system able to reliably detect all types of drones.

The built-in camera saves images and videos in HD quality, providing crucial evidence of the threat intrusion

You can mount the Drone Tracker permanently to facades or special masts, in order to survey a defined section of the sky 24/7.

For mounting the Drone Tracker, we recommend different wall-mounting plates.

Developed for the permanent use at

- Prisons
- Industrial facilities
- Government facilities
- Embassies
- Nuclear power plants
- Private buildings
- Valid for many other commercial or public use
The size, speed and varying shape of drones make identification extremely difficult for a single monitoring method.
Therefore, Drone Tracker utilizes an array of sensors to detect drones in real time
(1) Audio / Ultrasonic
Acoustical sensors
Microphones have a reach of 50-80m. Civilian UAV's have typical acoustic characteristics that we use for their reliable detection.
(2) WLAN
Wi-Fi sensor

An integrated Wi-Fi-sensor detects the WLAN singals of drones. It also allows to identify certain drone models and even single devices.
SENSOR                      JAMMER                RF-SCANNER
(3) Near Infrared
Optical sensor (night)
The DroneTracker can be equipped with an infrared camera.
The data is interpreted by means of enhanced image analysis methods.
(4) Video / 10°-90°
Optical sensor (daylight)
Each DroneTracker is equipped with a daylight camera. We are using enhanced image analysis functions to analyze the live video feed.
Scalable for sites of all sizes
Drone Tracker is the only modular drone detection system on the market that can be adapted to your specific threat situation and the special conditions on-site.
Small sites with partial protection

Use one or a few DroneTrackers to protect especially sensible areas of your site or building, for example certain offices and conference rooms, or areas that are exposed to vast areas outside your fence.
Middle-sized sites with full protection

Protect critical buildings, inner courts or sensible areas from all sides against drones and monitor the airspace around the clock.
All sensors will be configured and managed centrally through our platform.
Large sites with maximum protection

Install any number of DroneTrackers and add other external sensors in order to protect a large site.
You can easily integrate third-party drone countermeasures such as jammers via APIs.
How secure you are?

There is hardly any other technology currently developing as fast as drone technology.
However, the increase in drone efficiency also means more opportunities to misuse them for criminal purposes.
When your airspace is exposed, no longer are fences, video cameras, and security guards adequate to protect sensitive buildings or personal.
Complete your security portfolio with Drone Tracker
Prove that you recognize the current challenges by expanding your product range. Drone Tracker gives you the opportunity to be one of the first to offer your customers a solution to the threats currently posed by drones.
Huge increase in demand
There is rapidly growing demand for anti-drone technology - reflected in the increasing number of inquiries we receive daily from all over the world!
Drones Becoming More and More Powerful

Anyone can buy a drone that can carry up to 10 pounds and fly several miles through  the internet or in any local electrical goods store.
Using a GPS control system and autopilot, many of these small aircraft are able to fly programmed routes on their own without a pilot.
Easy Configuration
Securing evidence
Immediate notifications
Real Time Tracking
Large Area Multitracking
DroneDNA database
Cloud-based services
Technical Support
Multi-Sensor Enabled
Enhanced API-Access
Protect yourself!
Only few seconds are needed for a small or a micro drone to real harms you!
Get Our Professional Drone Detection Solution
Use DroneTracker to reliably detect and identify criminal drones by means of multiple sensors, data fusion and intelligent software technology.
Easy to use, Easy to buy, Easy to hack!
Mobile System
De-DroneTracker Mobile

We have developed DroneTracker Event Kit for the temporary use, for example early drone detection at state visits, public conventions, concerts or sporting events.

The Event Kit comprises two tripods to which you can flexibly mount your DroneTracker Multi-Sensors or DT RF Sensor and set them up anywhere.

Scope of delivery

1 x Case (battery, fuses, energy management, router, 2x PoE+ injectors)
2 x Tripod
1 x Battery Charger
1 x Documentation
2 x Patch Cable

All components can be transported in one trolley, including a
DroneTracker Multi-Sensor and one DT RF Sensor. 

Each component is protected by its own fuse.

Developed for the temporary use, e.g. at ..

- State visits
- Public conventions
- Concerts
- Sporting events

- lead people to safety
- block view
- lock doors and gates
- Inform security

- Jammer
- Electromagnetic Pulse
- Laser
UNGM 400640
Find Drones & Their Pilots
RF Sensors
The cornerstone of complete airspace security

Long-range detection and early-warning

Detects and classifies commercial and hobbyist drones

Built-in reporting identifies critical drone threats

RF-based localization finds drones and pilots

Automatically tracks and plots flight and pilot position on map

Supplements RF-100 and video-based detection
Nowhere to Hide, Nowhere to Fly
Dedrone RF Sensors detect drones and remote controls by their radio frequency (RF) signatures.
Commercial, hobbyist, and homebrew drones are detected, including the entire DJI product line​.
At a Glance

The RF-100 detects and classifies drones via multiple, integrated software-defined radios (SDRs).

Detection range can reach up to 1 mile, depending on installation and environment characteristics.


Understanding how many drones intrude into the airspace

Early detection of drones, even before they take off

Classification of drone characteristics and incident logging

- Range: 3,280 ft (1 km) in good conditions up to 1.24 mi (2 km)
- Device Type sensor
- Radio Frequency omnidirectional passive detection and classification
  L x W x H 7.7” x 3.7” x 17.3” (195 mm x 95 mm x 440 mm)
  height without antenna: 9.8” (250 mm)
- Weight 6.8 lb (3.1 kg)
- Ingress Protection Rating IP65
- Operating Temperature -4 °F to +122 °F (-20 °C to +50 °C)
- Power Supply active PoE+ (IEEE802.3at)
- Power Consumption 15 W (typ.)
- Connectivity via LAN in existing IT infrastructure
- Software Configuration via DroneTracker User Interface
- Operation via DroneTracker User Interface
- Software Updates firmware and DroneDNA updates via cloud-based database connection
- Alarm Notifications via DroneTracker User Interface
The RF-100 is a passive, network-attached sensor for the detection of radio frequencies (RF) and Wi-Fi signals.

It supplements the DroneTracker System with another level of detection.

The RF sensor detects targeted radio signals and sends the data, along with an alert, to the DroneTracker System.
• Detects communication between drone and remote
controller (Wi-Fi and RF)
• Classifies drones by manufacturer and model
• Direction-finding locates drone and pilot
• Approximate coverage range 1.3 miles (depends on
• Ruggedized form-factor for extreme environments (IP65)
• Single connection Ethernet and power (PoE+)
• Scans all drone frequency bands

- Range (line of sight) Up to 0.65 mi (1.0 km)
  Up to 1.0 mi (1.5 km) in ideal conditions
- Accurancy of Direction Finding* ±5° (mean error)
- Geolocalization With two or more RF-300, also through Wi-Fi signals
- Device Type Sensor
- Radio Frequency Omnidirectional passive detection, classification, and direction finding
- Dimensions (L x W x H) 7.7” x 3.7” x 14.4” (195 mm x 95 mm x 365 mm)
- Weight 6.8 lb (3.1 kg)
- Ingress Protection Rating IP65
- Operating Temperature -4 °F to +131 °F (-20 °C to +55 °C)
- Power Supply PoE+ (IEEE 802.3at)
- Power Consumption 18 W (typical)
- Connectivity Via LAN to existing IT infrastructure
- Configuration,Operation, and Alarms Via DroneTracker software (requires software version >= 3.1 and valid license)
- Software Updates Firmware and DroneDNA updates via cloud-based connection
Detection and Classification of Drone-Based Threats The RF-300 is a passive, network-attached radio sensor for the detection, classification, and direction finding (geolocation) of drones and their remote controls.

The RF sensor detects consumer, commercial, and hobbyist drones.

Direction Finding and Geolocation of Drones and Pilots Through internal digital signal processing of radio signals, the RF-300 identifies the direction and in combination with one or more RF-300 detemines the position of signals from drones and pilots.

Part of the DroneTracker and DroneDNA

The RF-300 connects to Dedrone’s DroneTracker, a software platform that aggregates and analyzes data from multiple sensors, displays critical information about drones and their flights, sends alerts and generates reports, and optionally triggers passive or active countermeasures.

DroneTracker includes Dedrone’s DroneDNA, a library of drone signatures that is frequently updated to detect the latest drones.
Modern security requires a layered approach that keeps up with the evolution of drone technology.
Sensors connect to our DroneTracker software, which detects, classifies, and protects against drone threats, including localizing the drone and its pilot.
Passive and active countermeasures can be triggered, tailoring the defense mechanism to the severity of the threat.
How it Works
Our RF Sensors are the cornerstone of airspace security, and detect commercial, consumer, and homebrew drones.
DroneTracker software connects sensors, performs machine-learning analysis, and is the central nervous system for the complete solution.
Additional sensors and countermeasures, such as video or jammers, add extra layers of security and integrate directly into DroneTracker software.
Complete Solution to Secure Your Airspace
Software-centric solution recognizes and classifies malicious drones
Localization technology pinpoints drones and their pilots
Deploys countermeasures to protect your organization or neutralize the drone
It’s not enough to secure the airspace against drone-based threats.

The RF-300’s localization technology enables users to find the location of the pilot and drone, making termination of the threat much more practical.
Software Enabled Security

Drone technology advances rapidly, and only a software-centric solution can keep up. Dedrone’s DroneTracker software, hosted in the cloud or on-premise, uses our DroneDNA database to recognize and classify RF, WiFi, and non-WiFi drones. DroneTracker also integrates with 3rd-party sensors, and triggers alerts and countermeasures
DroneDNA is a machine learning system and classification engine that recognizes drones of all kinds.

Trained on millions of images and data points, it can distinguish between different drone models, and detect the difference between drones and other moving objects such as birds, planes, or other objects.

DroneDNA signatures are continually updated via the cloud, enabling the Dedrone system to be always up-to-date to protect against the latest threats.
Video Analytics

Dedrone’s advanced, machine-learning algorithms are built-in to DroneTracker software, enabling the system to reliably detect the difference between drones and other moving objects in the airspace.

Based on an image recognition and classification library, the underlying analytics are trained on millions of data points and are continually updated via the cloud. DroneTracker accepts video from off-the-shelf surveillance cameras, turning them into full-time airspace monitoring sensors
Technology for Advanced Airspace Security

DroneTracker is built on Dedrone’s leading DroneDNA database.
Automatically updated and continuously trained through machine learning on drone signatures, it enables DroneTracker to detect the latest threats 24/7

Using advanced video analysis or RF signal processing, localization technology pinpoints the locations of drones and their pilots, plotting them on an integrated map, enabling users to find the source of drone-based threats.

The RF Sensor is the foundation of the detection solution, providing early warning of malicious activities. Additional video sensors aid detection, show real-time views, and archive video evidence. More external sensors can be integrated via the API.

By combining several sensors, large spaces and sites in urban areas with complex layouts can be monitored and secured effectively. Data from all sensors are combined and processed centrally.

DroneTracker integrates with your existing security system.
Surveillance cameras or 3rd-party counter-measures such as automatic blinds, fog bombs, or jammers are easily connected via the API.

Alarms are triggered as soon as the approach of a drone is detected.
Alerts can be sent through SMS, the software user interface, e-mail, network (TCP/IP), SNMP, or smartphone push notification.

All detected events are recorded and stored locally, including collection of drone type, and model.
If installed, video cameras accurately classify whether detected objects are drones and record video evidence - including the flight path of drone.

Automated summary reporting delivers the most critical information up-front. Find how many drones are intruding into your airspace, and details such as drone model, intrusion time, and frequency of recurrence.
Platform for Airspace Monitoring

Modern security requires a layered approach.

Dedrone hardware and software technology is augmented through 3rd-party sensors and countermeasures, allowing customers to adapt the solution to their exacting specifications.

Multiple sensors can be connected to the DroneTracker software, allowing for detection of even the most obscure drones. Both passive and active countermeasures can be triggered via the API, tailoring the defense mechanism to the severity of the threat
Software Enabled Security

Drone technology advances rapidly, and only a software-centric solution can keep up.

Dedrone’s DroneTracker software, hosted in the cloud or on-premise, uses our DroneDNA database to recognize and classify RF, WiFi, and non-WiFi drones.

DroneTracker also integrates with 3rd-party sensors, and triggers alerts and countermeasures.
Passive and Active Countermeasures

Passive and active countermeasures can be integrated into the Dedrone solution, depending on needs and capabilities.
Together with detection from sensors, they secure the airspace security around your facility
Who needs our De-Drone System?
Prevention of Arms and Drugs Smuggling

It’s a prison guard’s worst nightmare: an inmate suddenly has a gun, delivered directly to his cell window or dropped in the yard by a drone that can overcome any high wall or security system.

It’s now common for drugs, tobacco and cellphones to be smuggled into jails with drones - which are also used to send illegal “airfreight” consignments across national frontiers.
Protection Against Industrial Espionage & Terrorist Attacks

The risk of a drone taking high-definition pictures of documents, secret construction sites or board meetings is only one of many.

Non-military drones fitted with the right equipment can be misused for data espionage, sabotage, or even terrorist attacks.
They can intercept or interfere with radio and telecommunication signals, as well as bypassing conventional security personnel to smuggle sensitive information out of factories or offices.
PUBLIC (Embassies/Governments/Banks)
Protection against Espionage or Terrorist Attacks
on Public Institutions by Drones

Public buildings, courts of justice, government buildings and sports arenas are potential targets for espionage or - even more worryingly - terrorist attacks.

Vast amounts of time, effort and money must be invested in safeguarding the security of such locations. Until recently, automatic detection of hostile civilian drones was not possible, but now it is - thanks to our DroneTracker!
Protecting Land and Property against Drone Cameras

Everyone should be able to move with complete freedom - and in complete privacy - within the secure environment of their own property.
No-one wants to be spied on by a third person in their own private retreat. Especially celebrities, or other persons who are always in the public eye, need some inviolable space that strangers cannot penetrate. Only De-Drone offers you this security and privacy by identifying hostile drones and immediately raising the alarm, allowing counter-measures to be implemented right away.
Easily Controlled by Autopilot
Drone crashes in front of the White House (January 2015)

WASHINGTON - The Federal Aviation Administration on Tuesday proposed a record $1.9 million fine against an aerial photography company for flying drones in crowded New York and Chicago airspace without permission
Drone Detection Radar

Detection systems need to maintain their capabilities under low visibility conditions and in urban environments full of obstacles and moving objects.

The Drone Detection Radar is specifically designed to meet these challenges.

The radar system covers a full 360 degrees view. It detects larger fixed wing targets at a range of nine kilometres, and smaller multi-rotor drones detected at up to three kilometres.

However, completely securing an area, requires more than just range detection. It requires flexibility, reliability and provides unlimited coverage through its ability to combine multiple radar devices into an integrated sensor network.

The output from multiple sensors is incorporated into one unambiguous picture
Modular UAV Jamming System

The jammer system uses H.P.'s Direct Digital Synthesis Sweep and dedicated software to maximize its effectiveness.

The system enables the operator to program the system quickly using a Windows®-based notebook or USB stick in order to adapt to any given threat scenario or use the system as tactical jammer.

The jammer system will jam drones using GPS, GLONASS, Galileo, WLAN 2.4 GHz and from 5000-6000 MHz.

It is a field proven system and used in several missions e.g. to protect events, VIP´s etc.


- Omni Directional antenna set
- Modular System -Upgradable-
- Notebook
- DDS Controller Software for dedicated system programming
Detection range
Classification range
Beam width
Azimuth resolution
Range resolution
Rotation speed
Dimensions (W*D*H)
3 - 9 km, depending on target size
1.1 km
10° x 10°

1,5 m
X Band 9650 MHz
60 RPM, update rate 1 Hz
0,9 x 0,9 x 0,8 m excl. mount
83 kg
230 VAC
Jammer (w/o antennas)
520 mm x 520 mm x 520 mm
65 kg

Frequency bands and output power (example)

1559 - 1610 MHz / 40 W / omni directional
2400 - 2483,5 MHz / 50 W / omni directional
2400 - 2483,5 MHz / 50 W / omni directional
5725 - 5875 MHz / 20 W / omni directional
430 - 480 MHz / 50 W / omni directional
Protection class

Channel 1
Channel 2
Channel 3
Channel 4
Channel 5