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Configure any combination of sensors in a durable system designed to sustain extreme ocean weather
Customize geofence alerts with remote API access and a user-friendly dashboard
Deploy sensors with ease, with no configuration or calibration needed
Access global wave, wind, currents, SST, barometric pressure, precipitation readings in real time
Monitor weather continuously across all five oceans
Maximize performance efficiency with real-time access to global climate insights
Get accurate, localized storm forecasts and on-demand weather insights
Keep a constant gauge on the sea state with the best weather data
Work with modular systems that play well with other sensors, from hydrophones to barometers
Spotter is a turnkey open-ocean buoy that gives you access to real-time ocean data at your fingertips: wind, waves, sea surface temperatures, and more. Get access to the device, data dashboard, and the API, all in one package.
It all comes in a small, easy-to-deploy package. Spotters are cost-effective, sustainably-powered, and designed to provide the flexibility you need for your projects.
Easily integrate a Temperature and/or a Pressure sensor with Spotter as a hub for power and connectivity. No configurations needed: just connect and access your Smart Mooring data right away from our API and dashboard.
With Smart Mooring, anyone from a citizen scientist to a natural resource manager can equip Spotter with any combination of sensors in the water column for immediate access to that data.
USGS is deploying Smart Moorings to collect real-time water level data. This information will be used to assess the skill of the USGS/NOAA Total Water Level and Coastal Change Forecast, which provides real-time forecasts of water levels and coastal change along nearly 3,000 miles of the U.S. Gulf and Atlantic coasts.
The Carbon Intensity Indicator (CII) is an IMO regulation aimed at helping the shipping industry decarbonize. In this piece, we detail its key components.
Part one of our two-part series exploring data assimilation, a critical technique that improves the accuracy of Sofar's forecasts.