Ceretron by Hensoldt: Pioneering the Future of Ground Sensor Innovation
With the successful achievement of the initial release milestone for its CERETRON software, sensor solutions provider HENSOLDT is initiating a new phase in digitally interconnected sensor technology and automation. As part of a holistic system concept, a software-driven defense runtime environment has been activated that smoothly incorporates containerized algorithms into terrestrial systems. The system effectively operated optronic reconnaissance sensors via the standardized HENSOLDT framework and showcased video streams and algorithm outputs in near real-time. Enhanced by the company’s proprietary object identification and object-based tracking within a GVA (Generic Vehicle Architecture) compliant user interface, CERETRON is already proving in this initial stage its capability to manage simple control sequences just as dependably as intricate target detection and reconnaissance operations.
“CERETRON not only presents substantial technological enhancements for us, but also generates new opportunities for our business growth and upcoming contracts,” declares Christina Canitz, Head of the Optronics Division at HENSOLDT.
Modular software structure for scalable automation
CERETRON is intended to be progressively expanded into a modular software framework that will be perpetually upgraded with novel functionalities and interfaces in six-month release intervals. The forthcoming phases include the integration of additional sensor technologies, such as the See Through Armour System (SETAS), along with connections to prominent battlefield management systems like “SitaWare” and “Adler”. Concurrently, technical prerequisites are being established to enable flexible distribution of computing tasks between central servers, decentralized vehicle systems, and directly at the sensor level.
Software-driven defense: networking and automation in combat situations
With CERETRON, HENSOLDT integrates sensors, soldiers, and weaponry in a continuous combat chain – showcasing a paradigm shift toward software-driven defense. The system facilitates automated execution of operational sequences on sensor platforms, from initiating the sensor suite to assisted close and long-range reconnaissance and post-mission analysis. Intelligent assistants handle health monitoring, configure mission-specific settings, and ensure smart reporting. Automatic object identification and data fusion from diverse sensors (visual, acoustic, radio, and radar) compile data into actionable mission-relevant information. This situational awareness can be disseminated in a data-efficient manner even at low bandwidths on the battlefield. CERETRON thus lays the groundwork for early detection and response to emerging threats such as drone and missile assaults.
NATO-level interoperability and shared information environment
CERETRON adheres to vital international standards like NGVA and GVA, ensuring interoperability with third-party systems. Seamless integration into a Shared Information Environment and connections to command-and-control systems like “FüWES” and “BMS” enhance digitally supported combat operations. Ongoing development and platform independence guarantee that users remain up to date and can adapt swiftly to evolving mission prerequisites.
