Machines change.AI should adapt.

Changing loads and scarce fault examples challenge static models. Our first Physical AI pilot path explores local adaptation and shared experience.

AI-generated illustration of an industrial motor with a mounted sensor and overlaid condition-monitoring signal charts.
AI generated

Normal is not fixed.

Sound, vibration and temperature change with speed, load and environment.

Monitoring needs operating context to distinguish a new mode from deterioration. Especially when labeled failures are scarce.

Development / Pilot validation

From unusual signals to useful foresight.

  1. 01

    Anomaly detection

    A spike departs from learned behavior. Flag the unusual signal. It is not automatically a fault diagnosis.

  2. 02

    Condition monitoring

    A sustained shift coincides with higher load. Add operating context and maintenance observations to track condition over time.

  3. 03

    Predictive capabilities

    The dashed extension asks what might follow a trend. Test forecasts only with sufficient history to predict remaining useful life.

A practical next step

Explore a condition monitoring pilot.

Plan a focused evaluation around available sensor signals, operating conditions and machine history. Agree on task-specific criteria such as false alarms, detection sensitivity and robustness.