A permanent eye on the weather, the wind, and the water.
Offshore platforms and wind farms live and die by met-ocean conditions — yet most of that data is sampled by passing surveys or a single buoy. Overwatch turns the structure itself into an autonomous monitoring station: wind and air movement above, sea state at the surface, and the water column below.
The platform becomes the sensor — weather above, sea state at the surface, water column below.
The structure becomes the sensor.
A platform or a turbine foundation is a standing structure in the middle of the ocean — power, deck space, and a fixed point already in place. Overwatch turns it into an autonomous met-ocean and subsea monitoring station: a permanent eye on the weather above the deck, the sea state at the surface, and the water column below — without a crew on board.
Solar-powered and satellite-connected, the node runs edge AI on the structure itself — measuring wind and air movement above, wave and current at the surface, and conditions beneath the waterline. Decisions happen on-device in seconds; the operations center gets a live met-ocean picture, not a maintenance backlog.
Met-ocean, end to end.
One autonomous node on the structure covers the full column — atmosphere, surface, and subsea.
Weather & air-movement monitoring
A full met station on the structure — wind speed and direction, gusts and air movement, temperature, pressure, and humidity — the live atmospheric data offshore wind and marine operations are planned around.
Wave, current & sea state
Surface oceanography from the same node: wave height and period, swell direction, surface current, and sea state — trended continuously rather than sampled by a passing survey.
Underwater & subsea monitoring
Below the waterline — current profiling through the water column, subsea structural and scour monitoring, and acoustic sensing around the foundation.
Structural integrity, fully remote
Strain, tilt, vibration, and corrosion indicators on the structure and its foundation — monitored continuously, operated from shore, with no one stationed on it.
Platforms and wind farms alike.
The same autonomous met-ocean node serves the structures across an offshore array and the platforms scattered through a basin — one live environmental picture for the whole field.
Offshore wind farms
Resource and condition monitoring across the array — wind, air movement, wave, and current — feeding turbine operations, power forecasting, and maintenance planning, from met masts to the foundations.
Repurposed & active platforms
Turn a decommissioned or operating platform into a met-ocean station — continuous environmental and structural data without stationing a crew offshore.
Marine environment & compliance
Subsea acoustic, marine-life, and habitat data around the structure — the ESG-grade environmental record offshore permits and operations require.
Safety & operating windows
Live wind, sea-state, and visibility data define the safe windows for crew transfers, vessel ops, and maintenance — decided on current conditions, not a forecast.
Engineered for the offshore edge.
Mid-ocean is exactly the environment the platform was built for — autonomous, connected, and trustworthy where nothing else reaches.
Autonomous power
Solar-first power with storage for months of unattended operation, no support vessel on a fuel run.
Satellite-connected
Satellite uplink with multi-link failover keeps the node live far beyond cellular range, anywhere on the water.
Edge AI
Inference on the structure itself: decisions in seconds, summaries to shore, not raw video.
Zero-trust security
Explicit human approval as the only path to credentialing — the same architecture deployed in defense and regulated environments.
One console
Offshore structures on the same live map as the rest of your Overwatch grid, not a separate system.
Built for the marine edge
Engineered to run unattended through the conditions that make offshore monitoring hard in the first place.
Put a permanent watch on the offshore environment.
If you operate offshore platforms or wind farms and your met-ocean picture still depends on surveys and single buoys, let's scope an autonomous deployment on the structures themselves.