Web APIs play a pivotal role in integrating diverse systems allowing different applications to collaborate seamlessly across the web. By automating complex tasks the complexity of network deployments is removed. HTZ Web API embraces RESTful API principles and leverages standard HTTP methods, recognised for their simplicity and scalability. It supports JSON and XML formats to structure data, ensuring the API responses are lightweight and easily readable. HTZ integrates seamlessly into third-party solutions, working as a backend spectrum engine. By adding a customised user interface, the end user can request and receive data via the API and support task automation. Requests are combined to fulfil end-user requirements or specific use scenarios. The Web API functionality enables real-time network insights by sharing dynamic and up-to-the-minute data for informed decision-making. The API transmits real-time information like power consumption and station status through the network monitoring system. This data is then used to visualise its impact on coverage, overlay reference signals, and assess the received radio signal strength (RSSI) in specific regions. Additional information encompasses optimal server information, overlap areas, and the number of received channels. The collaborative sharing of this data ensures the adaptive reallocation of the network, acting as a security measure to protect sensitive systems and information in secure locations. Benefits Enhanced Accuracy: the API shared cartographic engine minimises errors, ensuring precise calculations for terrain and positioning data. Advanced Modelling: supports complex 3D terrain and propagation analysis, delivering reliable results across various applications. Customisable: Offers extensive custom functions to tailor solutions for specific project needs and to integrate diverse data sources. High Performance: efficiently handles large-scale calculations, making it ideal for demanding projects. Secure: provides robust data security and privacy in a secure environment, essential for sensitive information. Versatile: supports every radiocommunication applications from terrestrial to satellite communications.

The key competence of the HELZEL team is the expertise in HF techniques, in particular in over-the-horizon radar technology. This includes the required signal processing hardware and software. The HELZEL high-frequency over-the-horizon radar OTHR uses fast and accurate software beam-forming utilising an automatic self-calibration technique. The low-noise, non-interrupted FMCW operation mode provides the best range / power performance on the OTHR market. This allows operation with quite low power levels (1 kW) to get a range of up to 200 Nautical Miles

The ACTUS® ARKS11 (1–10X, 24mm FFP) Riflescope is engineered for precision and durability, meeting the demands of professional users across diverse environments. Featuring a First Focal Plane (FFP) optical design, it provides fast and accurate target acquisition at any magnification level. The illuminated reticle ensures clear and reliable aiming, even in low-light conditions such as dawn or dusk. Built for versatility and performance, the ACTUS® ARKS11 is the ultimate optic for users operating in dynamic and challenging environments.

TLXc-M is a ruggedized, multispectral maritime searchlight with its industry-first EO/IR cameras for short-range SAR and situational awareness. With its two-axis stabilized gimbal and integrated slaving, the TLXc-M searchlight significantly reduces operator workload while increasing mission effectiveness. For missions that require clear visibility in all weather conditions, Trakka’s unique filter technology enhances visibility and identification of objects in the water during fog, rain, and humidity by eliminating white light reflection. The I.R. filter provides a covert lighting source for low-light cameras and night vision.