Neousys to Showcase Edge AI Platforms for Smart City and Smart Factory Applications at Japan IT Week Spring 2026

Neousys to Showcase Edge AI Platforms for Smart City and Smart Factory Applications at Japan IT Week Spring 2026

Taipei, Taiwan – – Neousys Technology, an industry-leading provider of rugged embedded systems, will showcase its latest rugged edge AI computing platforms at Japan IT Week Spring 2026. Neousys will highlight solutions designed for smart city infrastructure and smart factory environments at booth W24-50 from April 8–10 at Tokyo Big Sight. Major exhibits include its latest NVIDIA Jetson Thor platforms and Industrial Edge AI Computer supporting up to a single 600W GPU.

Neousys will showcase industrial-grade edge AI computers delivering real-time inference, low latency, and reliable performance for automated applications. Featured platforms include the HRT-300, which harnesses the massive computing capabilities of NVIDIA Jetson Thor in a compact, ruggedized form factor designed for next-generation robotics and advanced autonomous machines. Also on display is the Nuvo-10109GC, the latest industrial edge AI computer supporting a single 600W GPU with Intel Core processors and three additional PCIe slots, delivering exceptional performance and expansion flexibility for demanding AI workloads.

Neousys will also present live demonstrations highlighting practical edge AI applications, including AI-powered 3D sensing for safety protection and intelligent zone monitoring for industrial environments. These demonstrations illustrate how edge AI can be deployed with high-bandwidth connectivity and compact system design to enable efficient, real-world automation solutions.

Together, these platforms demonstrate how Neousys provides scalable edge computing platforms, from compact embedded computers to high-performance GPU computing systems. Visitors to the Neousys booth will gain insights into how edge computing technologies are enabling smarter infrastructure and safer industrial operations across smart cities, smart factories, and emerging autonomous systems



Main menu