Skana Robotics, a company based in Tel Aviv, has introduced a new capability in underwater communication technology for autonomous vessels. Traditionally, underwater robots faced challenges in communicating over long distances without surfacing, risking exposure. Skana’s solution involves utilizing AI within its fleet management software system, SeaSphere, enabling groups of unmanned vessels to interact underwater across extended ranges.
This advancement allows the vessels to exchange data and respond to signals from other robots, enabling individual units to autonomously adapt their actions based on received information while pursuing shared mission objectives. Skana states that this technology not only enhances multi-vessel operations but also offers applications in securing underwater infrastructure and supply chains.
Idan Levy, the CEO of Skana Robotics, highlighted the significance of this development, noting that “Communication between vessels is one of the main challenges during the deployment of multi-domain, multi-vessel operations.” This breakthrough was achieved through the work of AI scientist Teddy Lazebnik and his team at the University of Haifa, who employed sophisticated AI algorithms to build a decision-making system that prioritizes functionality and predictability.
This technological advancement opens up new possibilities for autonomous underwater operations, promising increased efficiency and effectiveness in various marine applications.
Source: TechCrunch
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