Predictive Maintenance · In-Browser AI

Know which machine
will fail — a full day before it does.

YieldGuard reads sensor data from your machines, spots degradation patterns invisible to the naked eye, and gives your maintenance team a full 24-hour warning — before a breakdown brings your line to a halt.

24hadvance warning
196+sensor features
0%data leaves device
Live Risk Monitor
Machine M-001
Critical
VIBRATION · mm/s
–72hdegradation onsetnow
87°C
Temp
8.4
Vib
1390
RPM
M-007High Risk
Vib5.2 mm/s
Risk61%
M-023Operational
Vib2.3 mm/s
Risk8%
0+
Features engineered
0
Training data points
0h
Prediction horizon
0.00
PR-AUC (validation)
How it works

Like a doctor's check-up —
for your machines.

Just as a doctor reads vital signs to catch illness early, YieldGuard reads your machine's sensor signals to detect wear, stress, and abnormal behavior — before anything breaks.

01
Connect your sensors (or try with sample data)

Upload a CSV from your historian or PLC — or use the quick-try panel to enter current readings manually. No setup, no integration needed.

02
AI analyzes 196 patterns instantly

The model computes statistical fingerprints across vibration, temperature, pressure, current, RPM, and acoustics — looking at trends, spikes, and frequency signatures.

03
Get a plain-language 24h warning

A clear risk score with an action: schedule maintenance, dispatch crew, or keep monitoring. No jargon, no false alarms — just what you need to know.

Demo fleet · 5 sample machines

Real-time fleet overview

M-001
Hydraulic Press
Critical
M-007
CNC Spindle
High Risk
M-012
Centrifugal Pump
Warning
M-023
Drive System
Operational
M-041
Compressor
Operational
Works with

Any machine with sensors

CNC Spindles
Milling · Turning · Drilling
Hydraulic Presses
Stamping · Forging · Forming
Coolant Pumps
Centrifugal · Gear · Diaphragm
Conveyor Drives
Belt · Roller · Chain systems
Runs entirely in your browser

The AI model is downloaded once and runs locally. No sensor readings ever leave your device.

Results in under a second

196-feature computation and tree-ensemble scoring happen client-side — no API call, no waiting.

Explains every prediction

Plain-English risk factors tell you exactly which sensor triggered the alert and in which direction.

Under the hood

Production-grade ML, not a toy model

LightGBM + XGBoost ensemble, trained with time-series expanding cross-validation (no data leakage), Optuna Bayesian HPO, isotonic calibration for honest probabilities, and PSI drift monitoring in production.

LightGBMXGBoostOptunaSHAPscikit-learnFastAPI
0.856
PR-AUC
0.975
ROC-AUC
196+
Features
5
CV Folds
Ready to predict failures before they happen?

Try it now — no signup,
no data leaves your device.

Explore the demo with 5 pre-loaded machines, or upload your own sensor CSV and get an instant 24h failure prediction.