Vecow at AUTOMATE 2026: Building the Compute Foundation for Industrial AI Robots
New Taipei City, Taiwan, June 22, 2026 - Vecow Co., Ltd., a provider of rugged Edge AI computing platforms for robotics and autonomous systems, today announced its participation at AUTOMATE 2026 in Chicago, where the company will showcase its latest AI robotics platforms and deployment-ready solutions for Industrial AI Robots.
As Industrial AI Robots continue evolving beyond traditional automation, robotics systems increasingly require scalable AI computing, high-speed sensor integration, and AI-native software frameworks to accelerate deployment across humanoid robotics, AMR, and intelligent industrial automation environments.
“AI robotics deployment is rapidly shifting from standalone automation toward AI-native robotics ecosystems integrating compute, perception, and robotic software workflows,” said Joseph Huang, Executive Vice President of Vecow. “Vecow is expanding beyond traditional industrial computing to help accelerate real-world AI robotics deployment through scalable Edge AI platforms and ecosystem collaboration.”
The Robotics Supercomputer for Physical AI
Vecow will showcase the EAC-7000 Series powered by NVIDIA® Jetson Thor™, designed for advanced robotics perception and Physical AI workloads. The platform supports high-bandwidth sensor integration, multimodal AI processing, and omni-perception applications for humanoid robotics architectures.
The showcase also highlights the HSP-1000 Sensor Fusion Pivot platform implementing NVIDIA Holoscan Sensor Bridge for high-speed multi-sensor connectivity and low-latency robotics perception pipelines.
Accelerating AI Robot Development
Vecow will demonstrate its VTK AMR Dev Kit EDR-1000 Series, built on NVIDIA Jetson AGX Orin™ platform and optimized for NVIDIA Isaac™ ROS.
Designed to simplify AMR development and autonomous system integration, the platform enables robotics developers to accelerate deployment workflows across autonomous mobility and intelligent robotics applications.
AI-Native Robotic Execution
Vecow will also showcase a live AI-native robotics demonstration accelerated by the ECX-3100 PEG platform with an NVIDIA RTX™ PRO GPU, integrating AI vision, robotic motion systems, and intelligent automation workflows in collaboration with Holon Robotics and a FANUC robotic arm.
The demonstration highlights AI-assisted robotic operation and software-defined robotics deployment designed to simplify robotic integration and accelerate industrial robotics workflows.
Building the Future of Industrial AI Robots
From humanoid robotics and AMR to intelligent industrial automation, Vecow continues building the compute foundation for next-generation Industrial AI Robots through scalable Edge AI computing and AI-native robotics platforms.
Visit Vecow at South Hall #569 during AUTOMATE 2026 at Chicago, June 22–25, to explore Vecow’s latest AI robotics innovations and deployment-ready Edge AI solutions.
About Vecow
Vecow is a team of global embedded experts and we aim to be your trusted embedded business partner. Vecow is committed to designing, developing, producing, and supplying high quality AIoT solutions with trusted reliability, advanced technology, and innovative concepts. Our products include: AI-ready Inference Systems, AI Computing Systems, Fanless Embedded Systems, Vehicle Computing Systems, Robust Computing Systems, Single Board Computers, Multi-Touch Computers/Displays, Frame Grabbers, Embedded Peripherals and Design & Manufacturing Services for Machine Vision, Autonomous Car, Robotic Control, Rolling Stock, Public Surveillance, Traffic Vision, Smart Automation, Deep Learning, and any AIoT/Industry 4.0 applications.
End-to-End AI Robot Solution delivers AI-accelerated Platforms, Time Synchronization, Software Stack, and Fleet Management. From concept to fleet, Vecow one-stop AI Robot Solution simplifies developme.
Reliable EN-50155 railway computing for mission-critical rolling stock, trackside monitoring, and real-time passenger information systems.
Drive Industry 4.0 with high-speed machine vision and AI-accelerated platforms for real-time defect detection and factory automation.
