Atlas Elektronik GmbH are using Carmenta technology to support the operation of its uncrewed underwater system, SeaCat. This collaboration highlights the advanced capabilities of Carmenta’s geospatial technology in supporting autonomous underwater vehicles.
The SeaCat is a hybrid autonomous underwater vehicle (AUV) system designed for a wide range of missions, including hydrographic surveys, real-time data transmission, and detailed mapping of underwater structures. It can operate in unsupervised autonomous mode or as a remotely controlled vehicle (ROV).
Carmenta’s technology supports SeaCat operators by providing situational awareness through advanced real-time geospatial analysis.
The field of uncrewed systems is experiencing rapid advancements, with significant progress being made in autonomous operations across various environments. Whether in the air, on land, or underwater, Carmenta is committed to advancing technology and supporting our partners in their missions.
Carmenta technology features a range of capabilities that can be used for AUVs. These include:
Carmenta products are used in several surface and underwater systems. The mission planning and monitoring systems provide geo-referenced data, sensor data fusion, situational awareness displays, 3D visualization and more.
In this customer story, the team at HENSOLDT share how Carmenta’s geospatial technologies are at the heart of their mission planning software, such as the modular mission support system OPTARION.
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Mil Sistemika relies on Carmenta Engine for a wide range of use cases, including handling geo calculations, line-of-sight, and 2525 symbology. In their latest iteration of their dismounted soldier system software, they went “full Carmenta” on all platforms.
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Since 2016, Carmenta Engine has been a core part of the UMS Skeldar Ground Control Station, where features such as a dynamically updated terrain profile ensure that the drone operator is always fully aware of the surrounding area.
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