Orbit Maintenance Module

AI Anomaly &
Predictive Analytics.

Pre-empt unplanned shutdowns. Orbit AI correlates electrical, thermal, vibration and human maintenance history to identify mechanical wear precursors and schedule autonomous maintenance workflows 7–21 days in advance.

Mean Time Between Failures4,280 Hrs

+12.4% vs industry baseline

Mean Time To Repair1.8 Hrs

-38.2% downtime optimization

Active Telemetry Sensors1,842

100% nominal connection status

Mitigated Cascade Failures48

Critical downtime avoided YTD

The Prediction Principle

One Model, Four Sources Of Truth

Orbit AI never relies on a single sensor. It continuously learns from electrical measurements, temperature, vibration — and from your own maintenance team's history and behavior — to tell a real failure precursor apart from normal operational noise.

Electrical Meter Data

Current, voltage, power, phase imbalance and harmonic distortion sampled continuously from every panel and feeder.

Temperature & Thermal Imaging

Infrared cameras and contact sensors track bearing, winding and enclosure temperatures in real time.

Vibration (FFT Spectra)

High-frequency accelerometers capture vibration harmonics up to 10kHz on every rotating asset.

Technician History & Behavior

Every past intervention, corrective-vs-preventive ratio and technician note feeds back into the model.

Orbit AI Correlation Engine

Cross-references every signal against equipment age, operating hours and the technician's own intervention history to isolate true degradation patterns.

Remaining Useful Life Prediction

A 7–21 day advance warning, automatically dispatched as a maintenance work order to the right technician.

OPERATIONAL ANOMALY SCANNER CONSOLE
>>SYS_READY: Ready for operational asset scan.

DIAGNOSTIC STATUS

Press the diagnostic trigger to initiate multi-sensor vibration scans. Orbit AI models will sample FFT, electrical and thermal metrics from all active machinery axes.
Real Orbit Screens

Asset Performance & Maintenance Intelligence

Combine asset condition, energy & power quality (APQ) and OEE insights to drive preventive maintenance, optimize maintenance management, and improve equipment reliability.

Per-machine OEE, availability, performance and quality with a maintenance history shortcut
Asset Condition & OEE
Preventive maintenance planning calendar
Preventive Maintenance Planning
Corrective vs preventive intervention breakdown and history
Corrective vs Preventive History
Voltage imbalance chart with preventive maintenance markers and compliance norms
Energy & Power Quality Impact (APQ)
THDV risks and recommended solutions knowledge panel
AI Risk & Solution Advisor
Maintenance notification alerts panel
Maintenance Alerts

Electrical Meter Analytics

Tracks current, voltage, power factor, phase imbalance and harmonic distortion (THDV/THDI) on every panel. Electrical stress signatures often precede a mechanical failure by weeks, giving the model an early lead indicator before vibration or heat even change.

FFT Vibration Spectrograms

Samples physical sound and vibration harmonics up to 10kHz. Fast Fourier Transform mathematical matrices isolate sub-millimeter motor misalignments or bearing pitting before physical defects damage rotors.

Infrared Temperature Anomaly

Integrates with infrared imaging cameras, monitoring turbine thermal boundaries. Multi-layer AI models spot thermal anomalies, differentiating standard motor workloads from cooling line fluid blockages.

Technician History & Behavior

Every corrective and preventive intervention, every note and every part replacement is logged and learned from — so the model weighs a machine's real maintenance record, not just its sensor feed, before it raises an alert.

Ready to Predict Failures Before They Happen?

Connect your electrical meters, sensors and maintenance history into one model and turn every signal into days of early warning.