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AI-driven control systems

Cognitive automation

We turn ICS into a self-optimising loop: digital twins, predictive diagnostics and real-time AI optimisation of process modes.

Cognitive automation

We add an intelligent layer on top of ICS: we collect telemetry, build a digital twin of the facility and train models to forecast failures and optimise modes.

Predictive diagnostics reduce unplanned downtime, while real-time AI optimisation increases output and extends equipment life. Edge computing plus an MLOps model-retraining pipeline.

What’s included

01

Predictive maintenance: failure forecasting by vibration, temperature and current

02

Digital twin of the facility for what-if scenarios and operator training

03

Real-time AI optimisation of modes — service life, output, energy use

04

On-site edge computing and an MLOps model-retraining pipeline

How we work

01

Data & integration

Connecting to SCADA/IIoT, collecting telemetry and historical data.

02

Models & twin

Building the digital twin, training predictive models.

03

Deployment

Edge deployment, integration into the control loop.

04

MLOps

Model-quality monitoring and a retraining pipeline.

Technical specs

Forecast horizon
up to 30 days
Downtime
− 45%
Control loop
< 1 s
Accuracy, ROC-AUC
> 0.9

Cooperation models

EPCTurnkey: design, supply, installation and commissioning
PilotSingle-site deployment with measurable KPIs in 8–12 weeks
R&DJoint development for a non-standard engineering challenge

AI-driven control systems

Let’s discuss your task

Tell us about your facility — we’ll prepare a solution, an estimate and a commercial proposal.