Israeli-based Skana Robotics has announced the launch of two innovative autonomous maritime systems: the Bull Shark autonomous surface vessel (ASV) and the Stingray autonomous underwater vessel (AUV). This release marks a significant advancement in the company’s efforts to introduce scalable, software-driven naval systems that can work in harmony with both crewed ships and unmanned fleets.
The Bull Shark ASV is particularly equipped for surface operations, boasting the capacity to carry payloads of up to 150 kilograms (330 pounds). This vessel is engineered to coordinate effectively with both surface and subsurface assets, enhancing operational capabilities for a variety of maritime applications.
The introduction of these advanced vessels comes at a time when the demand for autonomous marine technologies is surging. Such innovations are seen as crucial for improving efficiency and safety in maritime operations. Skana Robotics aims to lead in this sector by providing robust solutions that can adapt to the evolving needs of naval operations.
The Stingray AUV complements the Bull Shark by expanding the operational reach into underwater environments, allowing for diverse missions from surveillance and reconnaissance to research and exploration. Together, these systems signify a forward-thinking approach to naval technology, integrating advanced robotics and artificial intelligence.
As global maritime challenges continue to grow, Skana Robotics is positioning itself as a key player in the development of autonomous systems that ensure enhanced capabilities and operational flexibility for naval forces worldwide.
