Developing Sensing Strategies for Uncrewed Systems Testing

Developing Sensing Strategies for Uncrewed Systems Testing

FOR IMMEDIATE RELEASE

1, September 2024 – Developing Sensing Strategies for Uncrewed Systems Testing

Vic Grosjean Developing Sensing Strategies for Uncrewed Systems Testing.

Advanced sensing strategies for uncrewed systems

As uncrewed systems take on an increasingly vital role in marine research and technology testing, the need for real-time environmental data has never been more crucial. At the forefront of this innovation is Vic Grosjean, a Systems Engineer at ReefWorks, part of the Australian Institute of Marine Science (AIMS). Grosjean is spearheading the development of advanced sensing strategies to enhance the efficiency and safety of uncrewed systems testing in tropical marine environments.

Cutting-Edge Sensors for Marine Technology Test Ranges

ReefWorks has recently integrated a suite of cutting-edge sensors into its marine technology test ranges. These sensors provide live environmental data to test range users, helping them understand critical factors such as ocean currents, turbidity, vessel traffic, and marine mammal activity in real time.

The new technologies include:

Hydrophone Frames – Designed to detect and differentiate between acoustic signatures from marine mammals, such as dugongs, dolphins, and whales, as well as various vessel types and uncrewed platforms.
Smart Mooring Systems – Equipped to measure wave activity and ocean currents, providing key insights for real-time operational adjustments.
Surface Buoys with Turbidity Sensors – Monitoring water clarity and sediment levels, essential for assessing the impact of maritime activities on the environment.

Enhancing Uncrewed Systems Testing with Real-Time Data

By implementing these advanced sensing solutions, ReefWorks is setting a new standard for marine technology testing. The integration of smart buoys ensures that uncrewed surface and underwater vehicles can operate safely while minimizing environmental disruption. These sensors help:

Analyze oceanographic conditions to optimize testing operations.

With the continuous evolution of uncrewed maritime technologies, real-time sensing capabilities are becoming indispensable. These innovative tools will not only improve test range efficiency but also support research into sustainable marine operations.