Industry · Marine & Offshore
Remote assets. High consequences. Eyer detects failures before the intervention window closes.
Vessels, offshore installations and marine processing facilities operate where access is limited, weather constrains interventions, and an unplanned failure is disproportionately expensive. Eyer learns the behavioural fingerprint of each asset and surfaces the developing pattern before the window for a planned response closes.
The marine & offshore challenge
Constrained access. Alarm floods. Operational knowledge that rotates with the crew.
Failures that happen when intervention is hardest
At sea, weather windows are finite. The difference between a planned maintenance stop and an emergency repair is measured in weeks and significant cost. Eyer detects the developing pattern early enough to schedule, not scramble.
Alarm floods that obscure root cause under pressure
When something goes wrong on a vessel or offshore installation, correlated alarms fire simultaneously. Eyer shows the primary signal and its cascades: one root cause, one response, not a page of simultaneous events.
Operational fingerprint lost when crew rotates
Experienced marine engineers carry knowledge of how specific assets behave — the subtle patterns that precede failures. Eyer encodes that knowledge in the data. It does not rotate with the crew.
What Eyer can detect in marine & offshore operations
The patterns that precede equipment failures appear in the data before the intervention window closes.
Pump and compressor deviations, propulsion anomalies, process system drift: these signals develop in time-series data before any operational impact is visible. Eyer learns the fingerprint of each asset and its operating states, surfaces developing patterns early, and correlates related signals so a cascade of alarms resolves to one root cause. Connects via existing SCADA historians and onboard infrastructure. No new sensors.
Run Eyer on your vessel or offshore historian
Connect your existing data. First findings within one week. No changes to vessel systems, no new sensors, no PLC access.
See if Eyer fits