Asset Performance Management

Predictive maintenance for rotating equipment and field devices — pump health monitoring, vibration analysis, instrument health scoring, calibration tracking, and intelligent work order generation to prevent unplanned downtime.

Comprehensive Asset Intelligence

Everything you need to monitor, predict, and maintain rotating equipment health.

Pump Health Monitoring

Continuous real-time monitoring of pump performance parameters including flow, pressure, power consumption, and efficiency curves to detect degradation early.

Vibration Analysis

Advanced vibration spectrum analysis with frequency-domain diagnostics to identify imbalance, misalignment, bearing faults, and mechanical looseness.

Bearing Temperature Tracking

Monitor drive-end and non-drive-end bearing temperatures with trend analysis, automatic alerting on abnormal rise rates, and thermal degradation detection.

Heat Map Visualisation

Plant-wide heat map displays showing equipment health status at a glance, with colour-coded severity indicators and drill-down capability to individual assets.

Intelligent Work Orders

Automatically generate prioritised maintenance work orders based on predicted failure modes, remaining useful life estimates, and criticality rankings.

Gap Analysis

Compare actual equipment performance against design specifications and best-in-class benchmarks to identify improvement opportunities and efficiency losses.

Field Device & Instrument Health

APM extends beyond rotating equipment to every field device on your plant — predictive instrument health monitoring, calibration tracking, and time-to-failure forecasting from pressure transmitters to online analysers.

Live Device Health Score

Continuous 0–100% health score per device, blending diagnostic data, calibration drift, signal stability, and event history into a single colour-coded indicator.

Time-to-Failure Prediction

Statistical TTF forecasting per tag — projecting remaining useful life from drift trends, alert frequency, and historical failure curves so maintenance can be scheduled before disruption.

Calibration Tracking

Full calibration register with last/next due dates, technician records, certificate uploads, and overdue alerts — fully aligned with ISO & pharma GxP audit expectations.

Sortable Device Matrix

Browser-based health matrix covering 30+ device types — pressure (PT), temperature (TT), flow (FT), level (LT), and analyser (AT) instruments — sortable by health, due-date, criticality, or location.

Diagnostics Drill-Down

Per-device diagnostic modal with raw signal trends, drift profiles, alert history, vendor-specific HART/FF status codes, and recommended corrective actions.

Open Protocol Support

Native connectivity to HART, FOUNDATION Fieldbus, PROFIBUS PA, and PROFINET — plus OPC UA bridges for any modern DCS/SIS, no vendor lock-in.

From Sensors to Action

1. Connect & Monitor

Connect to your existing equipment sensors, vibration probes, and temperature transmitters. MAVEN APM ingests data from multiple sources and builds a unified real-time view of every rotating asset.

  • Automatic sensor discovery and mapping
  • Multi-protocol data ingestion
  • Real-time data validation and cleansing
APM Sensor Connectivity

2. Analyse & Predict

Machine learning algorithms continuously analyse equipment data to detect early signs of degradation. Pattern recognition identifies failure modes weeks before they cause unplanned downtime.

  • ML-based anomaly detection
  • Remaining useful life estimation
  • Failure mode classification
APM Predictive Analytics

3. Act & Maintain

Automatically generate prioritised work orders with recommended actions, spare parts lists, and optimal maintenance windows. Integrate directly with your CMMS to close the loop from prediction to prevention.

  • Auto-generated maintenance work orders
  • CMMS and ERP integration
  • Maintenance window optimisation
APM Work Order Generation

Ready to Predict and Prevent Failures?

See how MAVEN APM can extend equipment life and eliminate unplanned downtime.

Request a Demo