Skana Robotics Enhances Underwater Fleet Communication with New Algorithm

Skana Robotics has made a significant advancement in underwater fleet communication by developing a decision-making algorithm that enhances the ability of unmanned vessels to communicate and adapt based on shared data.

According to TechCrunch, this new capability is part of Skana's fleet management software system, SeaSphere, which allows multiple vessels to communicate underwater over long distances, a challenge that has historically limited submersibles due to the need to surface for communication.

The algorithm enables vessels to share data and autonomously adapt their tasks while remaining aligned with the fleet's overall mission. Idan Levy, co-founder and CEO of Skana Robotics, emphasized the importance of communication in multi-domain operations, stating that the company aims to facilitate the deployment of hundreds of unmanned vessels.

The research, led by AI scientist Teddy Lazebnik from the University of Haifa, utilized older, mathematically driven AI algorithms, which offer greater predictability and explainability despite being less performance-driven than newer AI technologies.

Founded in 2024 and recently exiting stealth mode, Skana Robotics is currently targeting government contracts in Europe amidst rising maritime threat levels due to the ongoing war between Russia and Ukraine.

They plan to release a commercial version of their product by 2026, demonstrating their technology's ability to manage complex operations effectively.