The expensive part is the boat, not the data
Recording sensors, monitoring transponders and loggers can sit on the seabed for months gathering data, but getting that data back usually means a vessel on station with an ROV or an over-the-side transceiver, at tens of thousands of pounds per day. A Scout USV in its Connect configuration does the same job autonomously: it transits to the asset, holds station above it, talks to the instruments over an acoustic modem, and forwards the harvested data to shore by satellite.
1. Transit
Scout launches from shore and motors to the asset under its own power, with no support vessel to charter just to reach the site.
2. Offload
It holds station as a virtual anchor and communicates with seabed transponders and sensors acoustically to pull their recorded data.
3. Relay
Harvested data is backhauled over satellite to your dashboard or API in near real time, then Scout moves to the next asset.
Why a surface gateway
A USV acting as a surface gateway bridges underwater acoustics and over-the-air links, so no crewed vessel has to sit on station to collect data. It is the lower-cost, lower-carbon way to service distributed subsea monitoring networks, decommissioned fields, pipeline and structure monitoring, and seabed observatories, and it can revisit the same assets on a schedule rather than waiting for the next vessel campaign.
One platform, many sensors
The same Scout can carry acoustics and your own instruments above and below the surface, so a single deployment can harvest subsea data and measure conditions at the same time. See the sensors Scout supports, compare the wider ocean data collection methods, or take it fully managed as data-as-a-service. New to the terms? See the ocean robotics glossary.