Regulator. The items that name it, and who it appears alongside.
SYOS participated in the NATO REPMUS maritime robotics exercise by deploying uncrewed surface vessels. The event focused on advancing autonomous systems in naval operations. The exercise took place as part of NATO’s efforts to integrate robotic technologies into maritime defense. No specific outcomes or technical details were provided in the announcement.
NATO’s REPMUS exercise in 2026 tested uncrewed surface vessels developed by Maritime Robotics. The trials focused on evaluating the performance and operational capabilities of these autonomous systems. The exercise aimed to advance maritime robotic technologies for defense and surveillance applications. Results will inform future NATO strategies for uncrewed naval operations.
A U.S. autonomous surface vessel participated in a NATO Arctic exercise held in Norway in May 2026. The event marked the integration of unmanned technology into NATO’s operational activities in the region. The exercise aimed to enhance military capabilities and cooperation in Arctic conditions. No further details on the vessel’s role or outcomes were provided.
The UK will deploy an autonomous vessel to NATO for training purposes. The unmanned ship can operate continuously for over 50 days. The initiative aims to enhance naval capabilities within the alliance. No specific mission details or deployment timeline were provided.
Underwater drones face communication challenges due to seawater's attenuation of radio waves, making high-speed wireless communication difficult. Acoustic communication, using sound, is better for long distances but has latency and limited data capacity, while optical communication excels in short-range, high-data transfers but is affected by water clarity. Common standards like NATO’s JANUS aim to improve interoperability, but coordination requires aligning signal rules, data interpretation, and operational authority. Effective underwater operations depend on combining communication methods, edge processing, and clear protocols for autonomy and reconnection.
UFORCE participated in NATO exercises by deploying 11 unmanned surface vessels (USVs) and 8 unmanned aerial vehicles (UAVs). The drills aimed to test and demonstrate the integration of unmanned systems in military operations. The exercises involved coordination between the USVs and UAVs for surveillance and reconnaissance tasks. No specific outcomes or performance details were provided.
German startup Stark Defence is developing a 24-meter uncrewed surface vessel, the Vanta 24, to monitor undersea cables and track Russia’s shadow fleet in European waters. The vessel, capable of carrying 50 metric tons and traveling at 40+ mph, is designed to be rapidly deployable and cost a fraction of manned frigates. Stark, backed by investors like Sequoia Capital and Founders Fund, aims to compete with established defense contractors by focusing on software-driven, uncrewed systems. The company has secured NATO contracts for drones and is expanding into maritime defense amid rising tensions in the Baltic and North Seas.
Shield AI’s Hivemind AI system successfully coordinated two uncrewed Kraken K3 SCOUT vessels during a UK maritime surveillance trial. The test precedes planned demonstrations with NATO partners. The trial focused on autonomous vessel coordination for surveillance operations. Further evaluations are expected to expand collaboration with allied forces.
A French aircraft detected and warned NATO forces 40 minutes in advance about approaching unmanned boats, but Bulgaria failed to intercept them. The incident left NATO in a vulnerable position, highlighting gaps in regional defense coordination. The article suggests the unmanned vessels posed a significant threat despite early detection. No further operational details or outcomes were provided.
SEA.AI tested machine vision technology on uncrewed surface vessels (USVs) during the NATO REPMUS exercise. The deployment aimed to enhance maritime situational awareness and autonomous navigation capabilities. The exercise involved real-world operational scenarios to evaluate the system's performance. No specific outcomes or results were detailed in the report.