Automation & Software Technology

EngineeringIntelligence.Automating Tomorrow.

Intelligent automation. Advanced software. Connected systems.

Automation and software engineering for industrial systems that need to work together. Built around your process. Ready for its next chapter.

Industrial digital twinConceptual demonstration
Explore the signal path
Industrial digital twinAn original digital-twin study of a conveyor and handling cell: field sensors feed a PLC, an industrial network connects the control layer to software, and data gives the process digital context.
Physical processDigital representation

Sensors. Sense the process. Field devices translate position and equipment state into signals for the control system.

Control. Coordinate the cell. PLC logic connects sensor inputs, operating sequences and actuator commands.

Network. Connect the layers. Industrial communication carries selected signals between control, edge systems and applications.

Software. Represent the system. Application interfaces give equipment signals structure, context and a usable digital model.

Data. Put information to work. Structured data connects process context with analysis and the next engineering decision.

Signal pathSensors
Scroll to exploreIndependent. Founded in 2010.
Industrial automation01Software engineering02Connected systems03

01 / The whole system

Industrial automation. Connected by software.

BEBALS brings industrial automation, control software and systems integration into one engineering view. We connect equipment logic, operator interfaces and custom applications through clear architecture, so your systems can support the way your operation needs to work.

Independent thinking. Experienced engineers. A direct route from the technical requirement to the right solution.

About

02 / Engineering capabilities

Control the process. Connect the possibilities.

From equipment logic to custom applications, we engineer the connections that make a system useful.

03 / Connected by design

One process. Five connected layers.

From a field signal to its digital context, each interface has a clear role. Explore the architecture behind the conceptual cell.

Conceptual demonstration / BEBALS
Signal pathSensors
01Sensors

Sense the process. Field devices translate position and equipment state into signals for the control system.

02Control

Coordinate the cell. PLC logic connects sensor inputs, operating sequences and actuator commands.

03Network

Connect the layers. Industrial communication carries selected signals between control, edge systems and applications.

04Software

Represent the system. Application interfaces give equipment signals structure, context and a usable digital model.

05Data

Put information to work. Structured data connects process context with analysis and the next engineering decision.

Automation + software

The process knows no boundaries. Your technology should connect across them.

Bring control engineering and software development into the same conversation. Build clearer interfaces, put operational data in context and create a practical foundation for future change.

04 / From requirement to operation

A clear path forward.

01

Understand

Define what the system needs to do, where it operates and what success looks like.

02

Architect

Set the system boundaries, interfaces and technical direction before implementation.

03

Engineer

Develop structured software and verify its behavior against the agreed requirements.

04

Support

Prepare the documentation, commissioning and maintenance approach for the next stage.

Your next engineering step

Let’s engineer what comes next.

A new system. A difficult interface. A better way to work. Let’s define the next step together.

Discuss your requirement
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