Earlier visibility
Identify developing machine-condition changes sooner.
RevUptime / PREDICTIVE MAINTENANCEPREDICTIVE MAINTENANCE
See condition changes before the next inspection.
Move beyond periodic checks with continuous vibration and temperature trends, machine baselines and prioritised alerts.
BETTER INFORMED. BETTER PREPARED.
Move maintenance from reaction to decision.
Better prioritisation
Know which machines deserve attention first.
Focused inspections
Use condition data to focus valuable engineering time.
Maintenance knowledge
Keep machine history, alerts and asset context together.
Manual
checksPeriodic
monitoring RevUptime
Continuous intelligenceEnterprise reliability
transformation
checksPeriodic
monitoring RevUptime
Continuous intelligenceEnterprise reliability
transformation
Move toward continuous, data-driven reliability without a complex enterprise transformation on day one.
MONITOR WHAT MATTERS
Every asset has its own operating story.
Establish context at the machine level. Compare changes with normal behaviour and let qualified engineers investigate the cause.
ASSET / 01Motors
Drive-end bearings · Vibration · Temperature
Track condition over time, review alerts and record inspections against the asset’s history.
ASSET / 02Pumps
Operating trends · Bearings · Mounting
Track condition over time, review alerts and record inspections against the asset’s history.
ASSET / 03Gearboxes
Housing vibration · Heat · Condition history
Track condition over time, review alerts and record inspections against the asset’s history.
ASSET / 04Fans & Blowers
Motor condition · Vibration · Baselines
Track condition over time, review alerts and record inspections against the asset’s history.
ASSET / 05Conveyors
Drive motors · Gearboxes · Trends
Track condition over time, review alerts and record inspections against the asset’s history.
ASSET / 06Crushers
Drive condition · Bearings · Operating loads
Track condition over time, review alerts and record inspections against the asset’s history.
Illustrative equipment imagery.
HOW REVUPTIME WORKS · SIX STEPSFrom installing a sensor
From installing a sensor
to informed maintenance.
A clear path from machine readings to the people who inspect, respond and record what happens.
YOUR SIX-STEP MAINTENANCE WORKFLOW
Follow each step, from setup on your machine to a recorded maintenance history.
FROM SENSOR TO ALERTView full diagram
STEP 01 OF 06
We assess and install
Our team reviews the target machine, selects a suitable vibration and temperature sensor, installs it and checks that readings reach RevUptime.
Select a step to pause and read. Use Play to continue.
Sensor suitability, alert thresholds, recipients and notification channels are agreed with your site team during setup.
YOUR AI RELIABILITY ENGINEER
Machine Data Is Useful. Answers Are Better.
Meet the RevUptime AI Reliability Copilot.
RevUptime combines machine signals, operating history and engineering knowledge to help maintenance teams investigate abnormal machine behaviour.
Live vibration and temperatureMachine-specific historical baselinesCondition trends and active alertsPrevious maintenance eventsAsset specificationsEquipment manualsMaintenance SOPs
Machine Data
+Maintenance History
+Engineering Knowledge
RevUptime AICondition Explanation + Recommended Inspection
AI Reliability CopilotCondition intelligence for maintenance teams
Illustrative product dataCurrent vibration4.2 mm/s
Normal baseline2.1 mm/s
Temperature68°C
RK
Maintenance engineer
Why is ID Fan Motor M-104 in Watch status?
AI INSIGHT
Abnormal machine behaviour detected
Z-axis vibration is currently approximately 2× the established operating baseline. Motor temperature has also increased by 9°C, and the condition has persisted for more than three hours.
Suggested inspection
- Drive-end bearing condition
- Motor mounting/base looseness
- Coupling alignment
Machine-specific baseline Explainable AI evidence
Illustrative product data. AI assists trained maintenance personnel and does not replace engineering judgment.
YOUR NEXT STEP TO BETTER UPTIMEDon’t wait for the next breakdown
Don’t wait for the next breakdown
to start monitoring.
Start with five machines. Evaluate RevUptime with real operating data from your plant.