Product

ML solutions

Machine-learning models analyse process parameters in real time, identify patterns and help specialists make decisions.

Streaming dataForecastingExpert recommendations

Approach

The model evolves with production data

We first assess data completeness and quality, then build a prototype and validate its value against measurable enterprise indicators. After implementation, the model adapts to new data and operating changes.

The result is integrated into existing interfaces and workflows so specialists receive recommendations when they need them.

Energy consumption

Potential reduction in energy consumption when the initial conditions are suitable.

Process cycle

Potential reduction in process cycle time.

Equipment service life

Potential increase in equipment service life.

Capabilities

Machine learning in the production environment

01

Adaptive controllers

Adjustment of control actions when operating modes and conditions change.

02

Predictive analytics

Forecasting parameters, equipment conditions and potential deviations.

03

Recommendation systems

Guidance for operators, including interfaces powered by language models.

04

Incident and data analysis

Identification of anomalies, causal relationships and contributing factors.

Practical impact is confirmed through a pilot

For each enterprise, we assess the solution’s impact on energy consumption, cycle time, process stability and equipment life. The model learns from new validated data within the agreed scope.

Figures of up to 20% are potential and depend on data quality, process characteristics and pilot-project results.

Working environment

Process data and process model

Industrial data
Industrial dataEvents, parameters and process-mode control
Process model
Process modelLinking ML models to the enterprise digital environment

We will assess the data and form a hypothesis for an ML pilot

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