Discover how HTZ Warfare supports real-world military wargaming through advanced simulation and scenario modelling. This demonstration showcases its capabilities in visualising operational environments, assessing threats, evaluating tactical decisions and supporting effective mission planning and informed decision-making in complex defence scenarios.
Wind farms are impacting radar performance more than many expect. This recorded webinar with CANSO explores interference on PSR/SSR systems, compares screening vs modelling approaches, and outlines practical mitigation strategies. Access the recording and slides on request.
This demo shows HTZ’s automated API workflows for on-the-move DF: configure mobile DF assets, simulate coverage, and compute geolocation via TDOA/AOA. Batch scenario runs speed mission planning, improve localisation accuracy, and deliver actionable situational awareness in contested environments.
This demo presents HTZ’s automated API workflows for on-the-move jamming. It shows configuring mobile jammers, assessing disruption of hostile communications, and evaluating effects on friendly networks. Automated scripting runs multiple scenarios with varied jammer positions, power and movement. Real-time outputs generate coverage maps and jamming-efficiency metrics to inform mission decisions. Automation enables rapid, repeatable, and accurate assessment of jamming strategies, improving operational readiness in contested electromagnetic environments.
This demo showcases HTZ’s automated API workflows for MANET network analysis, highlighting how engineers can streamline tactical communications planning. It demonstrates how survey data is converted into digital terrain models, followed by the use of deterministic propagation modelling to predict coverage with high accuracy. The workflow covers traffic analysis, site placement, and automatic optimisation of network performance across challenging environments. It also shows how batch processing and scripting accelerate scenario testing, enabling rapid assessment of coverage gaps, interference risks, and capacity requirements. Ultimately, the demo illustrates how automation delivers faster, more reliable, and mission-ready MANET planning.
Wind farms can interfere with radar used in aviation and defence. This video explains a EUROCONTROL-based method for assessing risks, starting with a quick screening and, if necessary, progressing to a complete technical analysis. A smart way to support renewables while protecting radar integrity.
Watch our latest product video featuring AI Mask Prediction, a powerful AI-driven tool for extracting and refining cartographic data. It intelligently processes satellite imagery, vegetation, and building contours to generate high-quality map datasets. Improved map data increases the accuracy of RF planning, supporting better coverage predictions, interference analysis, and network optimisation.
View our latest webinar recording discussing how to assure reliable radio network coverage in demanding mining environments. Learn how ATDI applies best practices from global mining operators to automate RF network planning and optimisation.
Jamming GPS signals can significantly disrupt enemy operations, making it a critical component of electronic warfare. HTZ Warfare features "GNSS-CRPA Jamming Map" that aids in planning such operations while ensuring continued GPS reception for friendly forces. CRPAs use beamforming to counter anti-GNSS jamming efforts are integral to this process.
Check out the latest new features supported by HTZ v.2024.1 This month’s featured release includes additions to our windfarm functionality, network interference, network frequency assignment, and a whole lot more. Users can access the latest release through the customer portal.
