Siemens and NVIDIA expand a long-term collaboration to integrate AI, simulation, and automation into a unified software-defined foundation for industrial engineering, production, and operations.
Universal Robots and Robotiq demonstrate a digitally simulated and physically deployed palletizing cell with Siemens at CES 2026 to illustrate data-driven automation design and operation.
The new software connects real-time operational data with high-fidelity digital twins, enabling virtual validation of products, production systems, and facilities before physical implementation.
Vecow extends its rugged edge computing platform with a new NVIDIA Jetson T4000–based variant to support sensor-intensive robotics, real-time AI processing, and scalable physical AI deployment.
Qualcomm is extending its robotics roadmap with a safety-grade, energy-efficient compute architecture designed to support scalable physical AI across service, industrial, and humanoid robots.
From January 6-9, in Las Vegas, Silicon Labs introduces an enterprise-grade Zephyr SDK for IoT development, advancing connected embedded systems with scalable tools and wireless support.
From January 6-9, Telit Cinterion presents new IoT modules, AI-enabled edge computing, and 5G innovations in Las Vegas at to support industrial automation and digital supply chain deployments.
Hyundai Motor Group and Boston Dynamics present a coordinated AI robotics strategy at CES 2026 focused on human–robot collaboration and industrial-scale deployment.
The new AIB-AT platforms expand Aetina’s DeviceEdge portfolio with high-performance, low-latency computing designed for industrial robotics and emerging physical AI applications.