Achieving superiority in the electromagnetic spectrum (EMS) is essential for operational success in today’s complex and contested battlespace. As critical as controlling air, land, or sea, spectrum dominance ensures that mission-critical systems—such as communications, radar, and electronic warfare—function reliably and without disruption. ATDI’s battlespace spectrum management solutions deliver a complete solution for planning, coordinating, and deconflicting EMS operations. Our flagship tool, HTZ Warfare, empowers military forces to exploit and manage spectrum-dependent assets including intercept receivers, jammers, direction finders, and radar systems.
Globally trusted by defence and security organisations, our solutions enhance situational awareness, mitigate interference, and support rapid decision-making in dynamic operational theatres. With threats becoming increasingly sophisticated, the ability to anticipate, control, and respond to EMS challenges is no longer optional—it’s a strategic imperative. ATDI’s solutions enable integrated spectrum operations across land, sea, air, and space, equipping operators with the tools to maintain tactical advantage, ensure operational resilience, and achieve true electromagnetic superiority.
ATDI’s electromagnetic spectrum solutions are built to meet the rigorous demands of modern defence operations. Developed with a deep understanding of mission-critical requirements, our tools enable military and security organisations to plan, model, and optimise complex communication networks with speed and precision.
Our suite includes solutions for the operational and tactical environment, automation, and network monitoring—supporting functions such as radio network design, automated frequency assignment, interference mitigation, and dynamic planning. From mission-level EW modelling to automated workflows and live spectrum surveillance, our integrated tools deliver the control and flexibility needed to maintain spectrum superiority in any environment.
Key capabilities:
ATDI’s military solutions are built on decades of experience addressing the complex and evolving challenges faced by defence organisations. Designed with interoperability at their core, our tools seamlessly integrate into wider command and control ecosystems or operate independently in standalone mode. Developed in close collaboration with military users, they reflect a deep understanding of operational requirements—delivering precision, resilience, and flexibility across every mission environment.
This flexible, mission-ready solution for battlespace spectrum management, supporting dynamic operations across land, sea, air, and space. Designed for both tactical and strategic use, it enables military operators to plan, simulate, and coordinate spectrum-dependent systems with a high degree of precision and reliability.
From jamming analysis and radar modelling to secure communications planning and counter-drone operations, HTZ Warfare adapts seamlessly to evolving mission requirements. Trusted by armed forces and defence agencies worldwide, it ensures spectrum superiority, situational awareness, and operational coherence in complex, congested, and contested electromagnetic environments—delivering actionable intelligence where and when it is needed most.
This flexible solution assesses the impact of interference on networks. Compatible with leading hardware suppliers, it integrates multiple devices and processes diverse measurement data with automatic real-time post-processing. Fully compatible with ICS Manager and working alongside HTZ Warfare, it is integral to ATDI’s battlespace spectrum management portfolio.
ICS Monitoring supports spectrum use assessment, emission monitoring, and license control, ensuring compliance with radio license regulations. It verifies frequency allocation, usage, and channel occupancy while generating interference case studies and detecting unauthorised emissions for comprehensive spectrum management.
This high-performance middleware solution integrates HTZ as a back-end spectrum calculation engine within broader system architectures.
It enables organisations to build tailored user interfaces while securely accessing HTZ’s core capabilities through streamlined API calls. The API ensures enhanced accuracy via a shared cartographic engine, reducing errors in terrain and positioning data. It supports advanced 3D terrain and propagation modelling, with automation and customisation functions that simplify complex processes and adapt workflows to specific project needs. Scalable and secure, it handles large-scale calculations for mission-critical radiocommunication applications across terrestrial, satellite, maritime, and aerospace domains.
