Neuromeka to Unveil ‘EIR,’ a Physical AI Humanoid Platform, at CES 2026

Neuromeka Co., Ltd. (KOSDAQ: 348340), a leading provider of robotic automation solutions, announced on the 29th that it will unveil its intelligent humanoid platform, EIR, at CES 2026, to be held next month in Las Vegas, USA. EIR has been developed with the goal of direct deployment in real industrial environments.

Going beyond a research-oriented demonstration model, EIR is a Physical AI–based, inference-driven humanoid platform designed for immediate application in manufacturing, logistics, and service sites. It represents a core model symbolizing Neuromeka’s next-generation growth strategy.

EIR’s key differentiator lies in the complete integration of Neuromeka’s extensive robot control and manipulation expertise—accumulated through years of collaborative robot–centered industrial automation—into a unified AI software and hardware platform. Rather than simply attaching AI to robots, Neuromeka has implemented a field-optimized Physical AI framework capable of real-time decision-making and manipulation in the physical world.

On the hardware side, EIR features an 18-degree-of-freedom (DoF) upper-body–centric dual-arm structure that precisely replicates human upper-body movements. The system consists of 7 DoF per arm and 4 DoF across the neck and waist, totaling 18 independently actuated axes. Proven high-performance motor control and joint integration technologies from Neuromeka’s collaborative robot Indy series have been applied. This enables both precision control at the 100-micrometer (μm) level and compliance control simultaneously, allowing safe and sophisticated dual-arm coordination even in narrow and complex industrial environments.

In terms of AI software, Neuromeka’s Physical AI software framework serves as EIR’s core competitive advantage. VisionX, which integrates various perception technologies—including a Vision Foundation Model (VFM)—with grasp pose generation, enables inference-based manipulation from object recognition to grasping using only text prompts. In addition, the imitation learning platform MimicX continuously learns and refines robot behaviors using task data collected from real industrial sites, providing strong adaptability to environmental changes. This signifies an evolution beyond repetitive, pre-defined trajectories toward an inference-driven manipulation robot capable of autonomously deriving optimal task strategies.

Practical field usability is another key design feature of EIR. Instead of a fixed installation, the lower body adopts a cart-based mobile structure, allowing rapid deployment and validation across diverse industrial environments such as factories, logistics centers, and service sites. This design reflects Neuromeka’s extensive hands-on automation experience accumulated across numerous manufacturing sites through its collaborative robot Indy, welding-specialized robot OPTi, and industrial robot platform NURI, and is expected to significantly reduce both deployment costs and application timelines.

Following its debut at CES 2026, Neuromeka plans to commence full-scale production of EIR to respond to factory automation and on-site manipulation automation requests received from multiple domestic companies. The company is currently finalizing specifications based on customer requirements and making necessary preparations. Starting in March 2026, Neuromeka aims to initiate phased production and expand EIR’s adoption across industrial sites.

출처 : Pinpointnews (https://www.pinpointnews.co.kr)