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Sea What We Build
UNDERWATER ACOUSTIC RECORDERS AND PROCESSORS
We develop broadband, low noise, easy to use underwater acoustic recorders and signal processors for noise monitoring, marine mammal studies and machine health applications.
REAL-TIME WIRELESS UNDERWATER ACOUSTICS
Stream raw or processed broadband acoustic data from up to five hydrophones back to your vessel or to shore to monitor underwater sounds in real time with the TR-FLOAT.
OEM KITS
All of our passive acoustic monitoring products are sold as OEM kits so users can enable broadband passive acoustic data collection and processing into AUVs, Gliders and Floats.
DIVE INTO OUR LATEST INSIGHTS
Digital Hydrophones vs. Traditional Hydrophones: Choosing the Right Tool
When it comes to capturing underwater sound, the choice between digital hydrophones and traditional hydrophones can shape the quality and efficiency of your research.
Hydrophone Arrays Explained: Advanced Tools for Underwater Acoustic Monitoring
Beneath the surface, the ocean is a world of hidden signals. Whales, fish, and human activity all create vibrations that travel vast distances underwater. To uncover what these signals mean, researchers turn to hydrophone arrays.
How Low-Power Acoustic Monitoring Systems Are Transforming Ocean Research
The ocean covers over 70% of our planet, yet much of it remains unexplored. Traditional monitoring methods for studying marine life and underwater environments are often expensive, logistically complex, and power-hungry.
Nova Scotia Offshore Wind Zones: Why Wind Turbines Are Renewable Energy Powerhouses
In 2024, the federal government, in partnership with the Province of Nova Scotia, designated five new offshore wind zones along the Atlantic coast. This marks a huge step forward for the future of our oceans.