Open Automation Systems for AI-Integrated Industrial Control

The evolution of open automation technology is currently defined by the fusion of artificial intelligence (AI) and hardware-independent control architectures. These advancements address the increasing demand for engineering efficiency and system performance in complex industrial applications through scalable software and compact hardware solutions.

AI Integration in the Automation Lifecycle
The incorporation of AI into the automotive data ecosystem and general industrial automation is facilitated through the TwinCAT 3 CoAgent. This AI-supported assistant optimizes the development process by providing language-based code suggestions for Programmable Logic Controllers (PLC), Human-Machine Interfaces (HMI), and I/O configurations. By utilizing context-aware data from the Beckhoff Information System, the tool automates routine programming tasks and provides diagnostic support during active operation. Technical benefits include reduced development cycles and improved accuracy in fault detection through automated data analysis, allowing engineers to focus on high-level system architecture rather than repetitive syntax.

Decoupling Software from Hardware via Linux Runtimes
The introduction of TwinCAT for Linux^® and virtual PLCs (VPLCs) represents a shift toward hardware-agnostic control systems. By distributing runtimes and functions within containerized environments, system architects can deploy control logic across varied hardware platforms without being tied to specific proprietary devices. This modularity enables centralized software updates and reduces long-term maintenance costs. Integration into wider Internet of Things (IoT) infrastructures is managed via ADS over MQTT, ensuring secure and standardized data exchange. This approach allows for the virtualization of control tasks, which is essential for scaling operations in modern smart factories.

Scalable Industrial Computing and Interface Hardware
Hardware developments in this sector include the expansion of the C60xx ultra-compact Industrial PC series. These fanless devices are designed for space-constrained installations and utilize a processor range extending from energy-efficient Intel Atom^® units to high-performance Intel^® Core™ CPUs.

For human-machine interaction, the Next multi-touch panel generation, comprising the CP46xx and CP56xx series, provides intuitive operation through advanced touch technology. These units are available in display sizes ranging from 7 to 23.8 inches and are powered by either Arm^® or Intel Atom^® processors. To ensure functional safety and modularity, these panels support push-button extensions featuring integrated EtherCAT and Fail Safe over EtherCAT (FSoE) communication, allowing for precise adaptation to specific safety requirements and machine layouts.

Edited by an industrial journalist, Evgeny Churilov

www.beckhoff.com