Revolutionizing Underwater Exploration: How Skana Robotics Enhances Communication Among Fleet Robots
Underwater autonomous vessels and robots are gaining growing attention for their potential in defense operations. Traditionally, submersibles faced communication hurdles over long distances, often needing to surface and risking detection. However, Skana Robotics, based in Tel Aviv, is paving the way for a revolutionary leap in underwater communication with their advanced use of artificial intelligence.
Innovating Underwater Communication
Skana’s cutting-edge fleet management software, SeaSphere, enables groups of vessels to communicate seamlessly underwater, overcoming historical limitations. This innovation allows multiple robots to share data and respond to each other’s signals, providing a higher level of operational synergy. As a result, each vessel can autonomously adapt to the incoming information, altering its course or tasks while aligning with the broader mission of the fleet.
Enhancing Operational Capabilities
According to Idan Levy, co-founder and CEO of Skana Robotics, effective communication among vessels is crucial for successful multi-domain operations. He elaborates on the challenge faced during deployments involving hundreds of unmanned vessels: “The problem that we tackle is how you can deploy hundreds of unmanned vessels in an operation, share data, and communicate on both surface and underwater levels.”
The Role of Reliable AI Algorithms
Teddy Lazebnik, an AI specialist and professor at the University of Haifa, spearheaded the research behind this new capability. Interestingly, he reveals that they opted for more traditional AI algorithms, which, while older, offer greater mathematical reliability for decision-making processes.
“The new algorithms may boast increased power but come with less predictability,” Lazebnik explains. “We’ve chosen options that provide explainability and evident predictability, ensuring our systems can handle real-world complexities.”
A Promising Future
Founded in 2024, Skana Robotics emerged from stealth mode earlier this year, rapidly gaining traction with government and corporate entities in Europe. This comes at a crucial time, considering the heightened maritime threats stemming from geopolitical tensions, such as the ongoing conflict between Russia and Ukraine.
Levy disclosed that Skana is on the cusp of securing a significant government contract, with hopes to finalize it by year’s end. Looking ahead, they aim to roll out a commercial version of their technology by 2026 and demonstrate its practical applications in real-world scenarios.
Call to Action for Innovation and Trust
“We want to show our technology can operate on a large scale,” Lazebnik asserts. His confidence is apparent as he stresses the importance of validation from naval authorities across Europe, driving home the point that they are eager to prove their capability in managing complex operations effectively.
At Malibu Elixir, we champion innovative advancements that speak to beauty and sophistication, much like the ingenuity of Skana Robotics. As these technologies evolve, they promise a future where operational boundaries are continually pushed. Stay inspired and informed—witness how technology can reshape our world.
