Oscillex combines wireless vibration sensors, real-time sea state data, and your vessel's own engine telemetry into continuous machinery intelligence. Three data streams. Two alerts. Every reading contextualised against the ocean conditions at that moment — so the alerts you receive mean something.
Oscillex does not produce dashboards full of numbers. It produces two specific alert types — when they matter, with the context to act on them. Both are available from day one of installation with no baseline run or calibration period required.
When vibration rises significantly above recent readings, three discrimination levels apply in sequence — most alerts resolved within the same 10-minute polling cycle.
Three inputs available from day one — no baseline run required — produce one actionable output weeks ahead of any failure.
Every 10 minutes, per sensor, Oscillex joins vibration readings with engine telemetry and real-time sea state — then validates the result across all sensors simultaneously before any alert fires.
BeanAir Wilow AX-3D sensors on all critical machinery. IP67, hard-wired to 24VDC, 24-bit ADC. Magnetic or adhesive mount. CE installs in one day. Reading every 10 minutes via vessel WiFi.
Engine RPM, oil pressure, oil temperature, coolant temp, fuel rate, alternator voltage, and all ECU alarm flags — read directly from the vessel NMEA 2000 network. No additional sensors or modification to existing systems.
Wave height, swell direction, swell period, and wave encounter angle computed from vessel heading — polled at vessel position every 10 minutes. Every vibration reading tagged with what the ocean was doing at that exact moment.
Every spike checked against all other sensors simultaneously. One machine elevated while 19 read normally — mechanical. All sensors together in a beam sea — ocean. Most alerts resolved within the same polling cycle. No 9-hour wait for ambiguous readings.
Every maintenance event cross-referenced against four independent data layers — physical activity signatures, duration against manufacturer procedure time, and post-restart vibration change. The first independently verified maintenance record in the industry.
For the first time, a technical superintendent can see the independently verified machinery condition of every managed vessel — without phoning a captain, without relying on a CE report, without waiting for the next survey.
You know your machinery better than any sensor will. Oscillex makes sure nothing changes without you knowing about it. When something spikes — and the ocean and all other sensors have been ruled out — you get a precise notification with the context to decide what to do next. The engineering judgement stays with you. The information is guaranteed.
You have a duty of care to protect assets worth €30 million or more. Oscillex gives your team independent, continuously verified insight into the machinery condition of every managed vessel — not what the engineer reports, but what the sensors measure, cross-referenced against four independent verification layers. That distinction matters when something goes wrong.
A vessel that runs Oscillex accumulates years of independently verified operational data. Every maintenance event verified. Every bearing trend recorded. Every service interval calibrated against actual machine condition rather than the manufacturer's conservative calendar. At refit, at survey, at sale — that history has value nobody else can provide.
We're talking to Chief Engineers, captains, management company technical directors, and vessel owners. If you manage or operate professionally managed yachts over 40 metres, we'd like to hear from you.
"The engineering judgement is always yours.
We just make sure you have the information to make it."