Earlier this year, Carmenta participated in a Vinnova Innovair funded project together with Spacemetric and PandionAI. The initiative aimed to combine three advanced capabilities central to modern geospatial intelligence: high-performance geospatial visualization, georeferenced video processing, and AI-driven object recognition. The goal was to create a solution capable of processing and visualizing real-time AI-enhanced drone data.
As part of the project, Carmenta developed an application based on its Carmenta Engine mapping technology. This application integrates Spacemetric’s georeferenced video with objects detected by PandionAI’s advanced AI algorithms in real time. Spacemetric transforms the drone video into the STANAG 4609 format and enriches it with precise geospatial metadata essential for mission-grade interoperability, which Carmenta Engine then ingests. The video feed is superimposed on a background map, and all AI-identified objects are displayed as interactive geospatial elements.
The approach demonstrated the benefits of applying AI-powered object recognition to live drone data. It delivers real-time situational awareness by automatically identifying and tracking key objects, enabling faster, more informed decision-making in dynamic geospatial environments.
Following a recent visit from the U.S. Naval Surface Warfare Center, Crane Division (NSWC Crane), and TRISTAR to Carmenta's Gothenburg office, we would like to share more about the Foreign Comparative Testing (FCT) Program behind our ongoing collaboration.
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Representatives from the U.S. Naval Surface Warfare Center, Crane Division (NSWC Crane) and TRISTAR recently visited Carmenta for a week of hands-on training to advance multi-domain UxS capabilities for the U.S. Marine Corps.
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Carmenta is expanding its Stockholm office in response to growing demand from the Swedish defence sector. The investment follows a number of new contracts.
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