Open Automation Systems for AI-Integrated Industrial Control

[Cengiz Özemli]

## Open Automation Systems for AI-Integrated Industrial Control

Beckhoff optimizes the digital supply chain by combining classic control technology with Linux-based operating environments. The future of industrial automation is shaped by the integration of artificial intelligence (AI) with hardware-independent control architectures.

### Integration of AI into the Automation Process

Through TwinCAT 3 CoAgent, AI plays an active role in the automotive data ecosystem and general industrial automation. This AI-powered assistant accelerates development processes by providing language-based code suggestions for PLC, HMI, and I/O configurations. With context-aware data from the Beckhoff Information System, routine programming tasks are automated, and diagnostic support is provided during operation. As a result, improved error detection and shorter development cycles become possible.

### Software Decoupling from Hardware: Linux Operating Environments

TwinCAT for Linux® and virtual PLCs (VPLCs) represent the transition to hardware-independent control systems. Thanks to container-based operating environments, control logic can be distributed across different hardware platforms. This modular structure ensures centralized software updates and low maintenance costs. Secure and standard data integration into IoT infrastructures is provided via MQTT over ADS. This virtualization is critical for scaling up in modern smart factories.

### Scalable Industrial Computing and Interface Hardware

The C60xx ultra-compact Industrial PC series expands with a fanless design for space-constrained applications. Processor options range from energy-efficient Intel Atom® to high-performance Intel® Core™ CPUs.

For human-machine interaction, the Next multi-touch panels, comprising the CP46xx and CP56xx series, offer intuitive operation with screen sizes ranging from 7 to 23.8 inches and Arm® or Intel Atom® processor options. These panels provide functional safety and modularity with push-button attachments featuring integrated EtherCAT and Fail Safe over EtherCAT (FSoE) communication.

### Technical Specifications of Beckhoff Automation Systems

• AI-supported TwinCAT 3 CoAgent software
• Linux-based TwinCAT operating environments
• Virtual PLC (VPLC) support
• Container-based operating environment and centralized software updates
• IoT integration with MQTT over ADS
• C60xx series fanless ultra-compact Industrial PCs
• Intel Atom® and Intel® Core™ processor options
• CP46xx and CP56xx multi-touch panels, 7-23.8 inch screen
• Arm® and Intel Atom® processors
• EtherCAT and Fail Safe over EtherCAT (FSoE) support with push-button modules

These innovative systems aim to provide flexible, efficient, and reliable control solutions for smart factory applications.