Revolutionizing Underwater Communications: Skana Robotics’ Innovative Approach
The realm of underwater defense operations stands to benefit immensely from autonomous vessels and robots. Historically, submersibles have struggled with long-distance communication, often needing to surface—a risky move. Skana Robotics is poised to change the game with groundbreaking AI-driven underwater communication technologies.
A Breakthrough in Underwater AI Communications
Skana Robotics is making waves in the defense sector with their new capability for underwater communication, utilizing AI that diverges from traditional large language models.
Introducing SeaSphere: A New Era of Fleet Management
Based in Tel Aviv, Skana has enhanced its SeaSphere fleet management software to enable underwater communication among vessels over long distances. This innovative system allows robots to share critical data and adapt their tasks based on received information while collaboratively pursuing a unified mission.
Addressing Communication Challenges in Multi-Vessel Operations
“Effective communication among vessels is one of the primary obstacles in deploying multi-domain operations,” says Idan Levy, co-founder and CEO of Skana Robotics. “Our solution focuses on the practical deployment of numerous unmanned vessels, ensuring seamless data sharing and communication both above and below the water.”
The Science Behind the Breakthrough
Led by AI expert Teddy Lazebnik from the University of Haifa, the research team utilized older, mathematically-driven AI algorithms to create their advanced decision-making system. Lazebnik explained, “While these algorithms may be less predictable, they provide superior performance, explainability, and general applicability.”
Skana Robotics: A Focused Mission Amidst Rising Threats
Founded in 2024 and emerging from stealth mode earlier this year, Skana aims to cater to governments and companies in Europe, particularly given escalating maritime threats due to the ongoing conflict between Russia and Ukraine.
Future Endeavors: Government Contracts and Commercial Launch
Levy revealed that the company is negotiating a significant government contract expected to be finalized by year-end. In 2026, they plan to launch a commercial version of their technology and demonstrate its real-world capabilities.
Proving Their Concept: A Call to Action for Military Leaders
“We’re prepared to demonstrate our capacity to execute complex maritime operations,” Lazebnik stated. “We invite military leaders in the EU to witness the efficacy of our technology firsthand and assess our results.”
Sure! Here are five FAQs with answers related to Skana Robotics and its underwater robot communication technology.
FAQ 1: What is Skana Robotics?
Answer: Skana Robotics is a technology company specializing in the development of communication systems for fleets of underwater robots. Our solutions enable seamless communication between autonomous underwater vehicles (AUVs), enhancing their coordination and efficiency in various marine tasks.
FAQ 2: How do your underwater robots communicate with each other?
Answer: Our underwater robots use advanced acoustic communication protocols that allow them to send and receive messages underwater. This technology ensures reliable data exchange in environments where traditional radio frequencies cannot penetrate, facilitating real-time collaboration among the robots.
FAQ 3: What are the primary applications of Skana Robotics’ technology?
Answer: Our communication solutions are designed for various applications, including environmental monitoring, underwater exploration, submarine maintenance, and marine research. By enabling effective communication, our technology enhances the capabilities of fleets of underwater robots in complex underwater tasks.
FAQ 4: How does Skana Robotics ensure the reliability of underwater communication?
Answer: We implement robust error-checking algorithms and redundancy measures to maintain high reliability in underwater communication. Our systems are designed to mitigate the effects of signal degradation due to water conditions, ensuring that messages are accurately transmitted and received.
FAQ 5: Can your technology be integrated with existing underwater robot systems?
Answer: Yes, our communication solutions are designed to be compatible with a wide range of existing underwater robot systems. We provide integration support and consultation to ensure that our technology enhances the operational capabilities of your current fleet without requiring extensive modifications.