Skana Robotics helps fleets of underwater robots communicate with each other

Skana Robotics is making waves in the world of underwater technology with its innovative approach to communication among autonomous vessels. Historically, submersibles have faced significant challenges in relaying information over long distances, often having to surface and risk detection. However, the Tel Aviv-based startup has developed a groundbreaking solution using artificial intelligence that allows multiple underwater robots to transmit data to each other while remaining submerged. The company’s advanced fleet management system, SeaSphere, enables these vessels to communicate effectively, share crucial information, and adapt their operations based on the data received. This capability enhances the autonomy of individual units, allowing them to adjust their tasks while maintaining alignment with the collective mission of the fleet. Idan Levy, co-founder and CEO of Skana Robotics, highlighted the difficulty of managing communications during multi-vessel operations. He explained, "The problem that we tackle is how you can deploy hundreds of unmanned vessels in an operation, share data, communicate on the surface level and underwater." The research behind this technology was spearheaded by Teddy Lazebnik, an AI scientist and professor at the University of Haifa. Lazebnik noted that instead of leveraging the latest AI advancements, they opted for older, mathematically-focused algorithms that offer greater predictability and explainability. He stated, "The new algorithms are more powerful but less predictable. The older ones provide benefits in terms of performance and clarity." Founded in 2024, Skana Robotics recently emerged from stealth mode and is currently targeting government and corporate clients in Europe, particularly amid rising maritime threats exacerbated by the ongoing conflict between Russia and Ukraine. The company is optimistic about securing a significant government contract by year-end and plans to unveil a commercial version of its product in 2026. Lazebnik expressed confidence in their technology, stating, "We want to demonstrate our capability at scale. We believe our software can manage complex maneuvers, and we invite military leaders from the EU to witness our results firsthand."