Understand the electromagnetic battlespace before committing assets. ATDI provides a flexible environment to model, simulate and rehearse EW scenarios, enabling planners to assess vulnerabilities and refine missions before deployment. Model communications, radar, jamming, direction-finding, interception and UAV/UAS activity across air, land and maritime domains. Assess friendly and adversary interactions, countermeasure effectiveness and the impact of changing operational conditions.
HTZ Warfare operates standalone or integrates with C2, sensor and defence systems through an open architecture. Live and historical ICS Monitoring data enriches scenarios, while ICS Manager supports coordinated spectrum planning.
This creates a continuous cycle of plan, simulate, rehearse, assess and refine; turning spectrum knowledge into mission readiness and informed operational decisions.
Spectrum is a finite and contested operational resource. Effective battlespace spectrum management requires more than frequency assignment: it requires a common understanding of how friendly, neutral and adversary systems interact across the electromagnetic environment. ATDI brings spectrum management, tactical mission planning and electronic warfare/communications intelligence into one integrated capability. Spectrum assets and assignments can be coordinated alongside propagation, interference and coexistence analysis, while monitoring provides visibility of the live environment. This shared approach connects strategic spectrum management with tactical execution, helping forces coordinate spectrum-dependent systems, protect critical communications, identify conflicts and adapt spectrum use as operational conditions change.
Coordinate the spectrum. Protect mission-critical access
Establish the spectrum framework that operations depend on. Manage frequencies, assignments and spectrum-dependent assets while identifying interference, coexistence and compatibility risks before they affect the mission. A common spectrum environment improves coordination between users and helps ensure critical communications, radar, sensors and other systems have the spectrum access they need, when and where they need it.
Model the environment. Prepare the mission
Translate spectrum knowledge into mission-ready plans. Model propagation, coverage, interference and jamming across air, land and maritime operations, evaluating how spectrum-dependent systems will perform within the expected electromagnetic environment. Planners can explore alternative configurations, optimise asset deployment and assess operational constraints before execution; building greater confidence in how systems will perform when conditions become contested or change.
Sense the environment. Understand what changes
Maintain awareness of activity across the electromagnetic environment through spectrum monitoring, signal detection, characterisation and emitter localisation. Observed activity provides operators with a continually evolving picture of friendly, neutral and potentially hostile emissions, helping identify anomalies and emerging threats. Operational observations can then inform analysis and future planning, ensuring decisions are based on what is actually occurring across the EMS.
Continuous spectrum monitoring provides an up-to-date picture of the electromagnetic environment, helping operators identify changes and potential threats.
ICS Monitoring processes RF measurements from distributed sensors, transforming measured data into operational spectrum information.
Key outputs include:
By converting RF measurement data into operational outputs, operators can improve spectrum awareness, identify threats, protect tactical communications, and make informed decisions.
Spectrum monitoring and RF modelling generate significant volumes of operational information. The challenge is interpreting it quickly enough to support decisions in a changing electromagnetic environment.
HiNT provides an AI-enhanced interface to ATDI's spectrum management and radio planning capabilities, enabling operators to interact with RF information using natural language.
HiNT enables operators to interpret spectrum information, query operational scenarios and determine appropriate actions. It supports decision-making across the workflow, from frequency selection and spectrum planning to assessing hostile emitters and determining an appropriate response.
By connecting AI-assisted reasoning with established RF engineering capabilities, HiNT reduces manual effort, accelerates interpretation and provides context-aware decision support.
Effective tactical frequency planning requires an accurate understanding of current spectrum use and the impact of proposed assignments.
Combining the spectrum occupancy from ICS Monitoring, spectrum engineering from HTZ Warfare, and AI-assisted decision support from HiNT enables operators to make frequency decisions based on current conditions and predicted network performance.
Key outputs include:
Identifying an RF threat requires operators to determine its location, assess its impact, and select an appropriate response.
Tactical Spectrum Intelligence combines measured emitter data, RF modelling, friendly and hostile asset information and AI-assisted decision support to assess detected threats.
Key outputs include:
ATDI’s solution connects monitoring, spectrum engineering, tactical planning, AI-assisted decision support and threat assessment within a single operational environment.
ICS Monitoring provides measured intelligence about what is happening across the electromagnetic environment.
HTZ Warfare provides predictive intelligence, modelling coverage, interference, frequency availability, threat impact and potential response options.
HiNT provides the AI interface, helping operators interpret this information, query operational scenarios, and support decisions from frequency selection through response to detected hostile emitters.
APIs integrate these capabilities with monitoring hardware and third-party systems.
The result is an evolving spectrum picture that combines what is happening now, what is predicted to happen, and what to do next.
LIVE SPECTRUM AWARENESS
Spectrum occupancy, active emissions, alerts and emitter localisation
AI-ASSISTED SPECTRUM INTELLIGENCE
Natural-language interaction, interpretation of RF information, operational queries and decision support
TACTICAL FREQUENCY PLANNING
Available spectrum, frequency assignments, coverage, interference and deconfliction
THREAT DETECTION & RESPONSE
Threat location, impact assessment, jammer coverage and countermeasure selection
