“Anti-Drone” is an innovative complex UAV detection and neutralization system, that includes all the necessary equipment to detect, identify, track and neutralize threats resulting from unauthorized penetration of drones into protected zones.

The main component of the integrated “Anti-Drone” system is the drone detection radar, which assures accurate and reliable detection, identification and tracking of drones, RCI aircrafts, copters, quadcopters, helicopters, etc. crossing the perimeter of secure facilities.

Our company provides customized anti-UAV systems with different models of UAV detection radars. Our anti-drone radars have different technical specifications and performance characteristics, which helps us to integrate the most suitable counter-drone radar into the “Anti-Drone” system and meet even the most demanding requirements of our customers.

The choice of the most appropriate drone surveillance radar will depend on many aspects, including the detection range requirements and the location, size and type of the facility that has to be protected (industrial facilities, airports, public venues, border monitoring areas, strategic installation, etc.).

DroneHunters

            Counter-UAS aircraft that uses break-through radar technology to detect, classify, monitor and safely capture intruder UAV at a safe distance from a protected area. The world’s first counter-drone system that operates Beyond Visual Line of Sight using our most cutting edge radar technology to protect a perimeter day and night from unwanted air threats.

Drone Hunter technology was developed and hardened over several years through US Department of Defense (DoD) applications and is now available for commercial use. DroneHunters includes portable radar, and other core technology like AI, machine learning, and a specialized guidance system.

The operating software platform allows for data collection and collaboration. The open, secure ground station offers an operational capability of monitoring multiple potential hostile UAS targets and multiple DroneHunters.

Portable & Wearable Counter UAS and Anti Drone

We leverage a deep understanding of military operations and robust insight into advanced radio technologies, with expertise of highly skilled RF engineers.

We nourish a disruptive technology culture within our corporation, with a strong desire to develop revolutionary, solid and superior technology, which protects infantry soldiers, from Improvised Explosive Devises (IED) or drones carrying explosives.

By listening to our customers, and combining lessons learned with our technology and research, we have made revolutionizing steps towards robust wireless signaling in mission critical environments. The knowledge gained and shared, makes our products truly cutting edge. Ultimately, we produce and provide portable and wearable Anti Drone devices into market.

OVERVIEW

Electromagnetic Spectrum (EMS) is widely used for military operations. Competing demands for the radio spectrum means it’s strictly coordinated and controlled. Battlespace spectrum management is the planning, coordination and management of EMS to allow military systems to perform their functions without causing or suffering from harmful interference. ATDI’s flagship EW planning tool, HTZ Warfare, specialises in electromagnetic deconfliction.

Significant importance is placed on the performance of radio intercept receivers, direction finders and communications jamming equipment. Mission success often relies on the ability to intercept or jam enemy communications. And, to share information with the command structure without undue interference.

HTZ Warfare enables users to exploit spectrum-dependent systems, including communication links, electronic warfare sensors, radio jammers and radar detection. This radio propagation software solution is recognised around the globe by military, government and security organisations.

FEATURES

Key features include:

Communications network planning and optimisation – Coverage analysis, site search, interference mitigation and automated frequency planning of any radio systems between a few kHz up to 1 THz

On-the-Move mission planning– Network connectivity and coverage analysis in complex/ad-hoc mesh networks for OTM scenarios in the air, ground and maritime;

Radar simulation – Analysis of vertical and horizontal detection ranges for any deployment environment;

Direction Finding network design – Coverage and localisation accuracy analysis;

UAV/UAS mission planning – Flight path and elevation analysis optimisation between ground-to-air and air-to-air operations, including connectivity analysis. The counter-drone efficiency analysis calculates network coverage based on different height elevations or potential flight paths;

Counter-drone/counter-UAS – Site nomination and optimisation based on radar detection and DF localisation inputs to analyse jamming efficiency for target elevations and areas;

Coexistence analysis  – Protects radars and CEW networks from civilian networks in dynamic spectrum operation environments;

Satellite – Supports GEO, MEO and LEO satellites and the earth segment coverage, connectivity and interference analysis. Import from ITU/SNS database directly into HTZW;

5G Non-Terrestrial Networks – 5G connectivity analysis for any spaceborne and airborne vehicle operations;

Tropospheric Link Analysis – LF/MF/HF groundwave and skywave link analysis based on the time of the day and year;

Automation capabilities – Customised workflows to support varying end-user requirements or system capabilities. These simplified interfaces support software users with no radio propagation background or users in the field;

Integration with third-party databases – Integrates ICS Manager no-DB users to import from DB like ITU BRIFIC/SNS/SMADEF XML and other civilian spectrum sources.

Access to MaXar images – Streams the latest cartography from map data supplier MaXar.

GIS Engine – supporting any mission for land, air and sea using the integrated cartographic library.

PRODUCT SUPPORT

HTZ Warfare removes the complexity from calculations in the field and simplifies the user experience intuitively across a wide range of applications, including:

• Communications and control
• Special forces
• Transmission troops
• Frequency services
• Drones
• Radars
• Direction finders
• Jamming
• Interception