Skana Robotics introduces groundbreaking underwater communication technology for autonomous vessels
Skana Robotics, a Tel Aviv-based startup, has made significant strides in enhancing communication among underwater autonomous vessels, crucial for defense operations. Traditionally, submersibles faced challenges relaying information over long distances without surfacing, which posed risks of detection. However, Skana Robotics aims to change this with its innovative AI-driven fleet management software, SeaSphere.
The new SeaSphere capability allows groups of underwater robots to exchange data effectively, bridging communication gaps that have historically hindered operational efficiency. This advanced system empowers autonomous vessels to interpret information from their counterparts and adjust their tasks or trajectories while maintaining alignment with the overall mission of the fleet. Additionally, it can be utilized to safeguard underwater infrastructure and supply chains, highlighting its versatility.
Lazebnik, a spokesperson for Skana Robotics, emphasized the dual properties of the newly developed algorithms: enhanced power and reduced predictability. “You trade off performance for the excitement of the new algorithm, but older models offer explainability and reliability,” he noted.
Founded in 2024, Skana Robotics emerged from stealth mode this year and is now targeting government and corporate entities in Europe, responding to escalating maritime threats exacerbated by the Russia-Ukraine conflict. The company is in negotiations for a substantial government contract, with aspirations to finalize it by year-end. Looking ahead, Skana aims to launch the commercial version of its technology by 2026 and showcase its capabilities in real-world scenarios.
“We intend to demonstrate our ability to manage complex maneuvers,” Lazebnik added. “We invite naval leaders from the EU to assess our operations firsthand and witness the tangible results of our system.”
