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Live AI Monitoring — Now Available

Stop Losing $2.3M/Hour to a Broken Bearing.

Our AI Digital Twin predicts component degradation 72 hours in advance, giving your maintenance team the time they need to act.

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Live AI Simulation — SIASUN SR12A Digital Twin

SIASUN SR12A · Live Twin
J1-J6 Active
STATUS
HEALTHY
NOMINAL
RUL
128hours
ANOMALY
0.03/1.0
TEMP (J3)
62°C
VIBRATION
NORMAL
LOAD
78%
Initializing 3D engine…

Trusted by industrial automation teams

XJTLU LogoXi'an Jiaotong-Liverpool University
ITSOEH LogoInstituto Tecnológico (ITSOEH)
SIASUNHardware Integration
ROS Industrial
Open Standards Protocol

Zero downtime for industrial robotic arms.

From edge telemetry to predictive alerts, our 3-step architecture guarantees maximum uptime for your fleet.

1. Data Ingestion (IoT Edge)

Direct connection to temperature, vibration, and current sensors on robotic joints.

2. AI Prediction (LSTM Core)

Proprietary LSTM models calculate Remaining Useful Life (RUL) with >95% accuracy.

3. Visualization & Actuation

Automatic alerts, maintenance tickets, and live 3D stress heatmaps without human intervention.

Dashboard Interface
Industrial Robotic ARM

Real-time Digital Twins for robotic arm health.

Each robot is mirrored in a live 3D model, tracking joint-level degradation, thermal stress, and vibration anomalies. Detect failures before they impact production.

View Live Digital Twin

Start monitoring your robotic fleet before the next failure.

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Health Monitoring

Joint telemetry (J1–J6), tracking temperature, vibration, and current.

AI Predictions

LSTM-based failure prediction and Remaining Useful Life (RUL) estimation.