NEXCOM Group (8234) Joins Hands with Ecosystem Partners to Build the "RoboWIZ AI Robot Open Platform"

TAIPEI – August 19, 2026 – As Artificial Intelligence technology transitions into new phases of Physical AI and Embodied AI, the AI discourse has shifted from computing power competition to practical "application landing." Leveraging its deep expertise in robot motion control and functional safety, NEXCOM Group has united Compal, Synapticon, Reynolds & Moore, R2 Labs, Realsense, and dozens of key component partners to introduce the "RoboWIZ AI Robot Open Platform" concept at this week's Automation Taipei. Built upon the five key robotics architecture pillars, the platform showcases comprehensive AI robotics suite solutions spanning humanoid, quadrupedal, and dual-arm robots. NEXCOM Group and its ecosystem partners are fully committed to helping the industry overcome hardware-software integration bottlenecks and accelerating the deployment of AI robots into real-world application sites.

NEXCOM Targets the Last Mile of AI Robotics Deployment Building the RoboWIZ AI Robot Open Platform Centered on Robot Control 

NEXCOM's RoboWIZ AI Robot Open Platform covers the five key architectural pillars of robotics: cognition and AI, functional safety and security, visual perception, real-time control, and actuation and integrated systems. NEXCOM Robotics Solutions (NEXCOBOT), acting as a crucial robot control core provider within the group, draws on decades of deep motion control technology and cross-platform hardware-software integration capabilities. By connecting dozens of ecosystem partners including Compal, Synapticon, Reynolds & Moore, R2 Labs, Realsense, NEXCOBOT assists robotics vendors in rapidly integrating across all architectural layers while utilizing validated functional safety technologies to significantly shorten robot development cycles. 

Partnering with RoboWIZ AI Robot Open Platform ecosystem members, NEXCOM is displaying various co-developed physical robot applications built on NEXCOBOT's self-developed MARS Pro platform combined with each partner's specialized technologies. Highlights include a dynamic balance humanoid robot co-developed with Safetics, a dual-arm robot with ITRI, and a smart, safe quadrupedal robot dog with Nexuni. The MARS Pro platform can integrate cross-platform AI "brains" based on NVIDIA, Intel, and Qualcomm, paired with NEXCOBOT's motion safety control "cerebellum" and value-added robot application software, to create various types of AI robots. For instance, the dynamic balance humanoid robot showcased this time integrates power control and balancing technology from Safetics, resulting in a humanoid robot that maintains stability without falling even when subjected to external pushes while walking. 

The collaboration with partner Nexuni utilizes NEXCOBOT's MARS400-T10 high-compute controller as the AI core brain, loaded with Nexuni's VLA technology. Together, they have created a 4-in-1 smart, safe quadrupedal robot dog that combines AI computing, functional safety, motion control, and cybersecurity. Capable of autonomous obstacle avoidance, meter reading, and fire alerts, it can be deployed in factory inspection and environmental monitoring scenarios.

NEXCOM Unveils Complete AI Solutions from Robotics to Smart Factories at Automation Taipei and will be Showcasing Benchmark AI Applications at TAIWAN EXPO USA 2026 in Dallas

Under the theme "Physical AI Empowers Smart Manufacturing: Building AI Automation from Robots to Factories," NEXCOM is exhibiting comprehensive smart manufacturing applications spanning AI Robot, AI Machine, AI Production Line, and AI Factory, that fully demonstrate NEXCOM Group's capability to assist enterprises in their AI automation transformation. Furthermore, backed by its solid technical expertise, NEXCOM Group has been invited as a benchmark Taiwanese Edge AI vendor to showcase a series of its latest AI applications at the Taiwan Pavilion in Dallas, USA this September. Exhibits will include the MARS Pro series for robotics, AI Production Assistant and industrial-grade cyber defense eSAF system for smart factories, enterprise-grade EdgeGPT AI-X, and the NDiS series for constructing various smart city AI applications.