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Predictive Maintenance Architecture

Predictive Maintenance Architecture

Operations teams targeting equipment reliability within 8-12 weeks

8-12 weeks

Reliability architecture implementation

30-50%

Reduction in unplanned downtime on monitored assets

20-30%

Increase in MTBF

48-72 hrs

Early warnings before failure

What We Do

Predictive maintenance architecture

Sensor strategy, feature engineering, anomaly detection, alerting setup, and privacy-preserving edge design for equipment reliability.

Klyff works with your maintenance and engineering teams to identify critical assets (pumps, motors, bearings, conveyors) and recommend sensor types and locations that maximize early fault detection.

Tri-axial accelerometers near rotating equipment for vibration, temperature probes on housings and fluid lines, and acoustic sensors positioned to detect cavitation, friction, or grinding sounds.

Proper placement and sensor selection ensure that mechanical degradation signatures (imbalance, misalignment, looseness, bearing wear) are captured with a high signal-to-noise ratio, enabling early warnings before catastrophic failure.

Our Engagement

Our engagement model

A clear path from kickoff to production operation, shaped around the service outcome.

01

Sensor integration guidance

02

Model training (2-4 weeks)

03

Deployment (2-4 weeks)

04

Threshold optimization

05

3 months of operational support

Selected Customer Success Stories

Real customersuccess stories.

Explore how teams are using Klyff to improve quality, safety, and operational performance in the field.

Adaptive Predictive Maintenance

Case Study

Adaptive Predictive Maintenance

Learn how Klyff deployed an on-device continual learning loop on ARM Cortex-M7 gateways, achieving a 40% reduction in false positives and automatically adapting to machine aging without cloud retraining.

Open case study
High-Speed Solder Joint Inspection

Case Study

High-Speed Solder Joint Inspection

Discover how Klyff deployed quantized CNNs on Hailo-8 edge accelerators at the glass level, dropping inspection latency from 120ms to 8ms and saving an estimated $12,000/month per line in rework costs.

Open case study
PPE Compliance in Chemical Plants

Case Study

PPE Compliance in Chemical Plants

See how Klyff deployed an ATEX-certified, privacy-by-design safety agent that localizes and scrubs human faces at the source, reducing safety incidents by 34% with zero PII leaving the edge.

Open case study

More Case Studies

See all customer stories.

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