Oceanic Research

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Ray Systems and NOC Unite to Advance Fin-Based Autonomous Underwater Vehicles

Ray Systems has partnered with the National Oceanography Centre to advance fin-based Autonomous Underwater Vehicles, aiming to enhance their capabilities for oceanic research and exploration. This collaboration combines the expertise of both entities to create more efficient and durable AUVs. The partnership is expected to contribute significantly to the marine technology sector, facilitating research and innovation in underwater exploration and conservation.

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Breakthrough in Marine Robotics: University of Florida Scientists Introduce BlueME Communication System

University of Florida scientists have developed BlueME, a groundbreaking communication system for marine robots, enhancing underwater operations and paving the way for advanced applications in oceanic research and exploration. This innovation overcomes significant challenges in underwater communication, expanding the capabilities of marine robots. The introduction of BlueME is set to revolutionize marine robotics, with far-reaching implications for environmental monitoring, offshore exploration, and marine conservation.

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Breakthrough in Oceanic Research: SAMS Array to Enhance AMOC Observations

The SAMS Oceanographic Array is set to aid in the observation of the Atlantic Meridional Overturning Circulation, providing vital data on ocean currents and temperature. This breakthrough will enhance our understanding of the AMOC, a critical component of the Earth’s climate system. By facilitating a deeper understanding of the AMOC, the SAMS array will contribute to more accurate climate modeling and prediction.

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