Optimise your business.
Today.
An end-to-end predictive maintenance platform powered by IoT, Edge Computing, and AI.
Downtime doesn’t just stop machines,
it stops progress.
Planned vs unplanned maintenance can lower hourly costs by up to 35% — COREbeat makes that possible.
Across industries, COREbeat helps operators take control of their equipment before downtime strikes. From wastewater treatment to mining, COREbeat delivers measurable performance gains where it matters most.
15–25%
reduction in failures
10–15%
lower maintenance costs
5–10%
improvement in reliability
10–20%
increase in uptime
When a critical asset fails, production halts, costs rise, and efficiency drops. Most maintenance remains reactive, leaving operators blind to what’s coming next.
COREbeat changes that — transforming maintenance from an afterthought into a strategic advantage.
Anticipate
failures.
Optimize
performance.
Extend
asset life.
Turning Machine Data
into action.
From the factory floor to the cloud, COREbeat transforms real-time data into predictive insight — learning each machine’s unique rhythm to detect what others miss.
Enable advance warning of downtime risks
Get early warnings for maintenance suggestions transforming maintenance from an afterthought into a strategic advantage.
Talk to your machine
Ask the AI Agent for maintenance suggestions, performance insights, or scheduling advice directly through an interactive assistant.
I got an alert that there was a warning on my machine, coming from the beatbox located on the bearing housing.
This typically indicates:
2nd Harmonic Increase: Strong possibility of misalignment between the motor, reducer, or driven machine. Could also suggest general mechanical looseness (e.g., base bolts, housing).
3rd Harmonic Increase: Often points to mechanical looseness, particularly between the bearing and its shaft.
2nd Harmonic Increase: Strong possibility of misalignment between the motor, reducer, or driven machine. Could also suggest general mechanical looseness (e.g., base bolts, housing).
3rd Harmonic Increase: Often points to mechanical looseness, particularly between the bearing and its shaft.
What should I do next?
Recommended Immediate Actions:
1. Inspect for Looseness: Physically check the bearing mounting, reducer mounting, and foundation for any looseness.
2. Verify Alignment: Schedule an alignment check for the machine train (motor-reducer-driven component).
3. Check Lubrication: Confirm adequate and correct lubrication for the bearing and reducer.
4. Note Operating Changes: Have there been any recent changes to the machine’s operation (load, speed)?
1. Inspect for Looseness: Physically check the bearing mounting, reducer mounting, and foundation for any looseness.
2. Verify Alignment: Schedule an alignment check for the machine train (motor-reducer-driven component).
3. Check Lubrication: Confirm adequate and correct lubrication for the bearing and reducer.
4. Note Operating Changes: Have there been any recent changes to the machine’s operation (load, speed)?
Your Partner for Operational Excellence
COREbeat interconnects all aspects of industrial operations
Sensor Data
beatBox edge device for real-time monitoring
PLC Integration
Works with existing control systems
Production Monitoring
Track OEE, energy & performance KPIs
Predictive Maintenance
AI-powered failure prediction
Powered by Ai
AI Agent
Talk to your machine
Incident Reports
Automated AI-generated insights
PLC Integration
Connect seamlessly with your existing control systems.
Production Monitoring
Track OEE, energy use,
and performance in real time.
Incident Reports
AI-generated summaries explain root causes and trends.
News
