Most underwater acoustic monitoring still runs on archival recorders. They collect months of data nobody sees until the unit is recovered, long after the moment to act has passed.

Spotter Sound listens continuously, runs AI models at the edge, and sends detections ashore in real time. Solar power keeps it operational for months unattended, ideal for remote and hard-to-reach areas.

On September 16 at 9:00 AM PDT, we're giving the first look at the next generation of Spotter Sound and the AI-enabled hydrophone behind it.

In this webinar:

• What continuous, real-time listening unlocks that an archival recorder cannot
• What's new in the next-generation hydrophone, and what it changes in the field
• A live look at acoustic data and detections in the Spotter dashboard
• Q&A with the engineers who built it

Who it's for:

• Government, defense, and port security: pattern-of-life baselines, vessel detection, and ambient sound measured continuously across coastal waters.
• Environmental compliance and marine construction: pile driving, dredging, and industrial noise checked against permit limits, with exceedances flagged while you can still act on them.
• Research, conservation, and MPA teams: marine mammal detection and unauthorized fishing in waters nobody can patrol around the clock.