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AI-Powered Underwater Communication Breakthrough by Skana Robotics

AI Artificial Intelligence Autonomous Vessels Robotics Defense Israel Europe Maritime Technology Skana Robotics
December 17, 2025
Viqus Verdict Logo Viqus Verdict Logo 8
Strategic Shift
Media Hype 6/10
Real Impact 8/10

Article Summary

Israeli startup Skana Robotics is pioneering a new approach to underwater communications, moving away from cutting-edge large language models to a more deterministic AI solution. The company’s SeaSphere software system allows fleets of autonomous vessels to communicate in real-time, share data, and adapt to changing circumstances underwater. Crucially, the system relies on older, mathematically driven AI algorithms, prioritizing predictability and explainability over the ‘wow’ factor of more complex models. This decision stems from a need for reliable performance in a challenging environment and reflects concerns about the potential unpredictability of newer AI technologies. The technology is targeted towards governments and companies in Europe, particularly in the context of increased maritime threats exacerbated by the ongoing conflict in Ukraine. Skana is currently in discussions for a significant government contract and plans to demonstrate the system's capabilities in live operational scenarios. The company’s strategy centers around a commercially available product release and proving its tech in the wild, aiming to convince naval leaders of its effectiveness.

Key Points

  • Skana Robotics developed SeaSphere, a software system enabling real-time communication and autonomous decision-making for underwater vessels.
  • The system utilizes older, mathematically driven AI algorithms prioritizing predictability and explainability over the performance of newer, complex AI models.
  • Skana’s technology is targeted towards governments and companies in Europe, driven by increased maritime threats and the company's pursuit of a significant government contract.

Why It Matters

This breakthrough represents a shift in strategy for underwater robotics, moving away from the currently dominant trend of leveraging massive language models. The focus on explainable and predictable AI is a crucial development, particularly in defense applications where reliability and understanding are paramount. The timing of Skana’s development, coinciding with increased geopolitical tensions and the war in Ukraine, highlights the escalating demand for robust and adaptable underwater surveillance and operation capabilities. For professionals in defense, robotics, and maritime technology, this news signals a potential disruption and the need to reassess the landscape of underwater intelligence and control.

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