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The API allows users to launch a black box of action codes to automate workflows within the software. All options offer high levels of interoperability and allow for plug-in functions to meet end-user requirements. Other architectures like WIN Socket can be accommodated. As a result of the client-server architecture, requests are managed through HTTP or other secure modes. The API acts as a mediator between the users or clients and HTZ Warfare. It's compatible with RESTful API, which allows for interactions with front-end web services. HTZ Warfare is an off-the-shelf solution that can be deployed in standalone mode or embedded into existing or new systems. Powerful propagation engine - to support network modelling and to manage RF simulations for flight-path analysis for UAV/UAS. Network modelling – to model dynamic military scenarios and featuring on-the-move capability įlightpath RF simulation analysis – importing flight-path information and conducting propagation modelling and communication validation.ĭedicated military functions - including direction finding, jamming and radar features. UAV/UAS mission planning – including integration between ground-to-air and air-to-air services and the ability to model coexistence with other communication service users
Space warfare radar display software#
This simplifies interfaces for software users who may not have a radio propagation background or users who are in the field Jamming efficiency analysis – identifying areas where the jammer can be effective in interrupting enemy communications Īutomation capabilities – to customise workflows to support different end-user requirements or system capabilities. Radar detection capability analysis – predicting the areas and elevations for radar coverage Mission planning – to provide support to tactical units in the field and provide command centre secure communication lines Network simulation – for spectrum engineering tactical mission planning and analysis HTZ Warfare is a complete software solution for the management of electronic warfare communications. ATDI’s battle-proven solutions are used for operational analysis to aid the development of new systems and to assess emerging technologies. HTZ Warfare can model airborne, terrestrial and maritime platforms, as well as mission planning for live operations.
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HTZ Warfare is capable of modelling airborne, terrestrial and maritime platforms. Using HTZ Warfare, sensors can be deployed and optimised to maximise the probability of mission success, while minimising the number of sensors to be deployed. It enables network operators to plan missions using receivers, direction-finding and communications jamming equipment. HTZ Warfare exploits spectrum dependent systems and features dedicated military functions for the management of military communications links, electronic warfare sensors, radio jammers and radars. HTZ Warfare is a radio network planning and spectrum engineering tool for the deployment, optimisation and real-time analysis of tactical military communications. ATDI is a global leader in battlespace spectrum management solutions for military, government departments and security agencies.
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