Drone Defence & Detection
Drone Defence & Detection
Drone Defence & Detection
Know the Risk and Counter a Drone Strike
Protect and secure your airspace with drone defence.
Determine threat levels in real-time to take the necessary action to counter an attack.
Alert issued when a drone breaches a geofenced area or enters controlled airspace.
Identify key details about the drone and flight.
Monitor the drone's path and use data to prepare defence strategy.
Locate drone, seize property, or take alternative action, such as takedown.
Via analytics - was it the same drone? Is a particular route being constantly targeted? Are there weaknesses in the current strategy?
Drone Defence in Numbers
In the past month our drone defence systems detected...
Total number of drone flights detected across the UK from heliguy™ drone defence systems in the last 30 days.
Illegal flights reaching an over 120m altitude, 16.6% of all detected flights.
Average maximum detected range across each detected flight.
Average maximum altitude detected for each drone flight.
How is Drone Defence Used?
Protect your airspace
Drone defence is an important asset for critical infrastructure, airports, prisons, maritime and stadia, as well as for organisers of major events.
There have been numerous incidents of drones causing disruption at airports. Think Gatwick in December 2018. Drone defence protects this sensitive airspace from UAS intrusions and reduces the risk of drones colliding with manned aviation.
Drone defence can be crucial for maritime operations to protect valuable cargo, crew and passengers. Vessels are particularly vulnerable when they have limited manoeuvrability, such as when they are docked in port or passing through narrow straits or canals. Drone threats include aerial reconnaissance, breach of privacy or being deployed as a missile.
A high-profile sporting event or open-air festival are attractive targets for malicious drone operators. Unmanned aircraft can be used to capture unauthorised footage, interrupt the game, and cause damage. They also present serious hazards for players and spectators.
The 2019 attack on oil-processing facilities in Saudi Arabia showed the carnage of a drone strike on critical infrastructure - causing huge damage and having a significant impact on global financial markets. Drones can also be deployed by activists who can fly around nuclear sites, oil installations, fracking sites and other critical infrastructure to cause damage, disruption and/or publicity.
In highly-sensitive and politically-important area, drones can be used for terrorism and for spying. Ladden with bombs or other hostile payloads, drones can attack property and cause threats to life. They can also be deployed for reconnaissance missions, collecting sensitive and private information to prepare for an attack and obtain intelligence.
Drones have become a useful and fairly anonymous tool for criminals to drop illicit substances or other contraband into prison grounds. Bring drone defence into action around the prison’s parameter to counter this illegal activity. Some systems also enable you to track the location of the pilot.
Don't Cry Wolf:
No False Positives
Data integrity is crucial. Inaccurate information can hinder the creation of effective standard operating procedures and emergency response plans.
Reacting to a false alarm can also be expensive and labour intensive.
Then there’s the classic Cry Wolf™ scenario: Ignoring warnings due to the past experience of false alarms - only to suffer a drone attack when resources have not been deployed.
That’s why drone defence is key. Tools such as heat maps, real-time telemetry information and Remote ID provide a robust and trustworthy solution to reliably raise the alarm and counter a drone threat.
A catalogue of historical reports can then be compiled to use analytical learning to plan for and tackle/prevent future threats.
A layered solution is most effective for data integrity, utilising different sensors with different capabilities to identify a broader range of drones and cross-reference detection data and risk levels.
Radio Frequency Drone Detection
These passive systems scan the airspace for drone frequency bands, detecting a communication link between the drone and controller/pilot. Access information about the drone.
Layer 1 features a single RF detection device, such as DJI AeroScope or Dedrone.
Additional RF sensors to detect a wider array of drones, including non-DJI.
A dual solution, integrating technology such as AeroScope and Dedrone, to detect a wider range of drones and cross-reference alert data.
Add radar to the dual RF solution
Radar identifies a drone in the airspace by picking up emitted radar signatures from the aircraft. It can measure the drone's direction and distance.
Other solutions can be added at this stage, such as cameras to capture drone movement, either using appearance-based, motion-based or hybrid methods.
Counter-UAS Solutions, such as jammers and/or drone gun
Jammers/Smart Jammers: RF and GNSS drone jamming disrupts the radio frequency or satellite communication links between the drone and its pilot. Smart jammers give the operator the option to track the drone back to the pilot and tend to operate autonomously.
Anti-drone Bazooka: An anti-drone net entangles the malicious UAS and its motors, leaving it paralysed. The net can be deployed via an anti-drone bazooka or by an attack drone which fires a net to capture the targeted aircraft.
Layered Drone Defence
Multi-tiered Solution For A Comprehensive Drone Defence Strategy
A layered solution is the most comprehensive form of drone defence, with multiple technologies working together to plug the gaps and provide a more robust and complete defense strategy.
These systems are integrated via a middle-layer software with full automation and remote monitoring/alerts.
Drone defence is scalable, adding extra sensors and mitigation strategies in a phased and modular approach.
Our Drone Defence Solutions
Industry-leading Drone Defence and
DJI AeroScope is a passive RF radar system which reliably tracks real-time telemetry data from all DJI drones (around 80% of the market) within its range.
DJI AeroScope - which can be used with an on-premise local server for enhanced data security - comes in mobile and stationary formats and the most powerful AeroScope drone radar can identify drones within a 50km range.
Generate detailed flight logs, including statistical reports and heat maps, and access remote monitoring via the G8 and G16 systems.
DJI AeroScope has been endorsed by the UK’s Centre for the Protection of National Infrastructure.
Dedrone RF-360 Sensor
The Dedrone RF-360 can be used as a passive RF companion to DJI AeroScope.
It is a network-attached drone radar, purpose-built for the detection, classification (i.e. identify the manufacturer and/or model), and localisation (geolocation) of drones.
With a coverage range of just over 3 miles in ideal conditions, it receives and analyses radio signals from drones in the airspace.
Working in conjunction with the DroneTracker Software, Dedrone RF-360 detects almost all commercial, hobby and home-made drones. This helps to determine threat levels of nearby drones to enable quick and data-driven decision-making.
Deploy a Pan, Tilt, Zoom (PTZ) camera to visually identify a drone and its payload to gain highly-valuable situational awareness.
Equipped with Pan, Tilt, and Zoom functions, the camera can monitor a large section of the airspace and can detect small drones from a great distance.
Use high-resolution imaging to verify and track an approaching drone to gauge threat levels and collect visual evidence for any potential prosecution.
Radar is an effective drone defence solution, using radio energy to detect an object.
Drone detection radar sends out a signal and receives the reflection, measuring the aircraft’s direction and distance (position).
Benefits of drone radar include its long range, ability to constantly track an object and to provide highly accurate location data. It can handle hundreds of targets simultaneously and is not impacted by visual conditions, ie night, fog etc.
Radar can be particularly effective when used in conjunction with a PTZ/visual camera.
SkyWall Drone Gun
SkyWall is a series of handheld and autonomous net-capture systems. This C-UAS drone gun solution enables you to deal with a rogue or malicious drone after detecting its location and threat level.
SkyWall Patrol is a handheld system that gives a mobile operator the ability to physically capture a drone in a specifically designed net fired from the drone gun.
SkyWall Auto is an automatic turret system that can be remotely operated to physically capture multiple drones rapidly at the press of a button.
SkyWall Auto Response is a vehicle mounted, autonomous drone capture system. It is discrete when not in use and allows large-area coverage.
Mobile App and Alert platform
heliguy™ can integrate an airspace monitoring mobile app into your drone defence solution.
It displays airborne drones on a map - along with the home and RC positions - with a simple and clean user-interface. It offers users simple yet very useful collaboration functions that enable acting on the aerial data.
The app can issue alerts when drones are detected in your airspace, via an audible siren or silent-mode phone vibration alerts.
Middle Layer Software, Real-time Alerts, SDK and UK Private Servers
heliguy™ drone defence solutions offer a versatile network topology - effective for a strategy based on DJI AeroScope alone, or utilising AeroScope as part of a layered approach.
This topology enables different server options.
DJI Aeroscope can feed into a public or private server (on-site or remote) and alert notifications via email and app can be enabled.
Alternatively, it can feed into a private server with SDK (Software Development Kit), or a middle-layer software, to enable a multi-tiered approach and enhanced alert methods, such as via dedicated apps. This is an effective solution for accessing instant and team-wide notifications of a potential drone threat.
Your Drone Defence Partner
Build Your Strategy With Lifetime Support From A Drone Defence Expert
Talk to our drone defence experts Explore DJI Aeroscope
heliguy™ is a leading drone defence provider, perfectly placed to provide consultancy, training and hardware to protect your asset.
We are DJI's exclusive global AeroScope partner, based on track record, industry experience and understanding of the system.
heliguy™ has supplied and installed drone defence solutions to major clients, such as Gatwick Airport, the MET Police and the MOD.
We've been at the forefront of industry discussions and demonstrations on drone defence, and have accreditations such as Cyber Security and ISO 9001.
Free Trials And Rentals
heliguy™ offers trials of the DJI AeroScope portable station, as well as the G8 stationary solution (conditions apply).
Our try before you buy offer gives users the chance to see the system’s capabilities, compare it to alternative solutions, and have real and actionable data in your hands to identify how AeroScope would help in a real-world scenario.
We also provide clients with rental options on the portable and G8 units (conditions apply).
Our drone defence provision includes 24/7 support with a specialist team, consisting of technicians and dedicated account managers.
This blanket access to the heliguy™ ecosystem provides consistent IT support and delivery, and access to a range of servicing options, including:
- Manned phone support
- Monitored email support
- Planned/emergency onsite assistance
- Annual system health check
- Ongoing support
- Replacement parts
We also provide Service Level Agreements on AeroScope G8 and G16 stations to help ensure the smooth running of your equipment.
Pre-planning And Installation Assessments
As no installation is the same, heliguy™ carries out a full and thorough planning process to ensure your drone detection system is located in an optimal location.
Our strategy follows a multi-step process:
- Pre-installation site visit to ensure best location. This includes analysis of the topography/surrounding infrastructure to ensure there will be no third-party interference/disruption.
- Preconfigure unit(s) to the chosen site.
- Installation of equipment.
- On-demand support, should you need it, plus health monitoring of the system done throughout the year.
- Yearly site visits to ensure the equipment is operating at peak performance.
API And SDK Access
heliguy™ can grant access to the API (application programming interface) and SDK (software development kit). This allows users to unleash the full power of drone detection, by integrating AeroScope with other systems and securing the AeroScope data on a private onsite or cloud server and really dig deep into the data.
Organisations can also take advantage of Beta access to SDK for free through heliguy™. This allows you to export AeroScope data to third-party situational awareness and common operating platforms.
The heliguy™ AeroScope servers are operated out of the USA and our technicians can integrate DJI AeroScope with mobile solutions.
CPNI Approved Solutions
DJI AeroScope and Dedrone technology have been endorsed and certified by the UK's Centre for the Protection of National Infrastructure (CPNI).
The CPNI counter-drone standard enables organisations deemed to be of critical national importance, including refineries, data centres, airports, and ports, to adopt drone detection technology with the assurance that it has been tested rigorously.
The standard evaluates mature and readily-available solutions, helping practitioners identify appropriate physical security equipment.
DJI AeroScope was assessed successfully under the CPNI Counter Unmanned Aerial Systems (CUAS) Detect, Track and Identify (DTI) Testing and Evaluation Standard.
During the CPNI assessment, AeroScope was found to be very simple to set up, learn and use with an intuitive interface. It responded to multiple UAS (Unmanned Aircraft System) operating concurrently and the detection, tracking and identification performance was consistent.
Dedrone was awarded certification from the CPNI for its counter-drone technology platform, DedroneTracker.
DedroneTracker detects, identifies, and locates drones by using multi-sensor capability combining radio frequency, radar, and optical sensors.
As part of the CPNI assessment, Dedrone technology was evaluated to detect drones within a specific launch time and provide consistent and reliable tracking, timely alerts, and notifications, with DedroneTracker software showing reliable information on drone heights, speeds, and ranges.
Drone Defence: Don't Cry Wolf
Data integrity is key: Don't cry wolf when it comes to detecting a drone threat. A reliable drone defence strategy ensures threats are detected and the response is appropriate, based on reliable data-driven insights.
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