Lifetime condition monitoring
Powered by vibration.
MEMSYS builds condition-monitoring sensors that are affordable enough to run across your entire fleet, and ready to deploy straight out of the box.
ORYX is available now: a wireless vibration sensor, gateway, and platform engineered to run for years, built to scale cleanly across an entire fleet of assets. And we’re already building the next step – a sensor that needs no battery replacements at all, powered entirely by the vibration it monitors.
Raw Vibration. Clear answers
A sensor is only as useful as what you can see in it. The ORYX Platform turns raw vibration into a clear picture of asset health, organized the way your fleet actually looks: customer, site, asset, down to the exact monitored point.
- Track trends over time with configurable alert thresholds, so drift shows up before it becomes a failure
- Drill into FFT and envelope spectra to pinpoint bearing fault frequencies, not just “something changed”
- Compare signals across multiple assets or locations side by side to diagnose faster
- Built to scale from one sensor to a full fleet, without extra setup per asset
Monitoring shouldn't need its own maintenance.
How do you keep your fleet operational?
As a sensor fleet scales, keeping every battery alive becomes a problem of its own. In practice, we see three strategies:
- Preventive fleet-wide swaps keep monitoring uninterrupted, but the whole fleet ends up paced by its weakest sensor, forcing site visits across the board long before most units actually need one.
- On-the-fly swaps save some of that overhead, but only work at small scale, and turn unpredictable and costly as fleets grow.
- Waiting until the last possible moment cuts servicing further, at the cost of a growing blind spot: sensors going dark exactly when a developing fault would show up. Each strategy trades away a piece of what predictive maintenance is supposed to deliver.
ORYX was built to eliminate that problem at the source: no bigger battery, just power harvested directly from the vibration that’s already there.
Curious at the operational cost implications of a growing sensor fleet? Check out our Fleet Calculator using the button below.
ORYX: Available now
Continuous monitoring that cuts maintenance costs, keeps operations plannable, and keeps production downtime to a minimum. Designed with a user-friendly and intuitive platform, optimizing your equipment maintenance starts from day one.
- Wireless vibration and temperature monitoring, paired with a gateway and the ORYX platform for visualizing asset health
- Engineered for multi-year field life, even on hot, high-vibration, or hazardous (ATEX) equipment
- Already running in the field: talk to us now to get set up ahead of general availability this fall
- Built on the same platform our self-powered sensors will use next
What's next: self-powered condition monitoring
Same platform. No battery dependencies.
MEMSYS’s core technology is Vibration Energy Harvesting: turning a machine’s own vibration into the power that runs its sensor. We’re bringing that into the same ORYX Product family next, so monitoring never depends on a battery schedule again. This matters most at fleet scale. Today, batteries across a large sensor fleet deplete at different times and unpredictably, turning fleet-wide monitoring into a recurring replacement schedule of its own. A self-powered ORYX sensor removes that variable entirely: every sensor keeps running, indefinitely, with no battery clock ticking down anywhere in your fleet.
Want to learn more about our technology? Use the button below or navigate to our Technology page.
No wiring. No battery limits
Wireless sensing is appealing wherever running a cable isn’t an option. But going wireless usually just trades one constraint for another. In large industrial sensor networks, that means battery logistics at scale: thousands of nodes, each on its own replacement clock. In places like aircraft cabins, it means batteries that must clear expensive, restrictive certification before they’re allowed anywhere near a seat or an overhead bin. Vibration energy harvesting removes the battery from the equation entirely: a drop-in power source for any sensor that can’t be wired and shouldn’t have to depend on a battery either. If cabling is impractical and batteries bring their own restrictions, we’d like to hear about it.
