Exhibition review: Beckhoff at embedded world 2026

A giant leap for efficiency in engineering

Beckhoff presented the next evolutionary step for open automation technology at embedded world in Nuremberg from March 10–12, 2026. Beckhoff's fusion of classic control technology and advanced AI methods, along with more flexible runtime environments, took center stage at this exhibition. AI-supported assistants and Linux®-based real-time control methods were used to demonstrate how engineering efficiency and system performance can be significantly improved in embedded applications.

Integrating artificial intelligence into the automation lifecycle was a key feature at this year’s embedded world. Beckhoff's portfolio includes TwinCAT 3 CoAgent, an AI assistant that supports developers and planners in everything from project planning to maintenance. The tool offers language-based code suggestions for PLCs, HMIs, and I/O configurations, and can implement the Beckhoff Information System based on context. Users see tangible benefits: the time they save during routine tasks and when conducting AI-supported fault diagnostics and data analyses during operation.

More flexibility

Beckhoff TwinCAT for Linux® and virtual PLCs (VPLCs) are creating a paradigm shift. With TwinCAT runtimes and functions distributed in containers, users benefit from a new level of flexibility in the system architecture. This approach breaks ties with specific hardware and centralizes software updates, thus reducing maintenance work and costs. Communication via ADS over MQTT ensures seamless integration into IoT infrastructures. With these developments, Beckhoff addresses the requirements of system architects who need scalable, hardware-independent control systems for complex embedded environments.

More scalability

Beckhoff also demonstrated their expertise in the hardware at the exhibition by showcasing new, highly scalable solutions. The C60xx ultra-compact Industrial PCs now cover an even broader performance spectrum – from energy-efficient Intel Atom^® processors to Intel^® Core™ CPUs for high-end applications. With their small dimensions, these fanless devices are ideal for installation when space is at a premium and don't compromise on openness or computing power. The new CP46xx and CP56xx HMIs from the Next multi-touch panel generation, designed for efficient human-machine interaction, were also presented at the exhibition. Equipped with advanced touch technology, these devices make operation intuitive and reliable. They are available with powerful Arm® CPUs or Intel Atom^® processors and in a range of display diagonals, from 7 to 23.8 inches. The devices can be built-in or mounted on support arms and precisely adapted to the application at hand using push-button extensions with integrated EtherCAT and FSoE.