Brills to showcase Physical AI and SDR at RoboWorld 2026

Recap

Source: 로봇신문, report of Sept. 29, 2026

According to the report, Brills, a robotics modularization platform company, will participate in the 2026 RoboWorld exhibition from November 4 to 7 at KINTEX in Ilsan. The company, which is scheduled to list on the KOSDAQ on October 1, plans to showcase its largest-ever booth to demonstrate its shift toward software-centric robotics.

The exhibition will focus on Physical AI technologies, specifically VLA (Vision-Language-Action) models and RFM (Robot Foundation Models). Brills is developing next-generation robots that use large Vision-Language Models (VLM) to understand natural language commands and perform autonomous tasks. To overcome cloud limitations, the company is adopting an on-device AI structure using domestic NPU semiconductors. Additionally, Brills has built a dedicated Physical AI R&D data center equipped with eight high-performance GPUs, with plans to expand to 32 units to enhance model training and simulation capabilities.

A highlight of the booth will be a collaboration zone with Deep Robotics, featuring humanoid and quadruped robots working alongside AMRs in a logistics environment. The company will also display industrial solutions for automotive inspection, welding, and palletizing, as well as a barista robot for the F&B sector. Brills has won the RoboWorld Award for four consecutive years, with its latest recognition for a meat processing automation solution.

Context

RoboWorld is one of the largest robotics exhibitions in Asia, serving as a key venue for Korean robotics companies to showcase their latest developments. Brills has positioned itself as a modularization platform provider, offering solutions that can be adapted across various industries. The company's move toward Physical AI and SDR aligns with the broader industry trend of integrating advanced AI models into robotic systems to enhance autonomy and adaptability.

The collaboration with Deep Robotics, a major Chinese robotics firm, underscores the growing international partnerships in the robotics sector. Brills' focus on on-device AI and domestic semiconductor integration reflects the increasing emphasis on data sovereignty and real-time processing capabilities in industrial applications.

Robot's take

Brills' emphasis on VLA and RFM models signals a significant step toward more autonomous and adaptable robotic systems. The integration of on-device AI using domestic NPUs is a notable development, as it addresses the latency and data privacy concerns associated with cloud-based solutions. However, the practical implementation of these technologies in real-world industrial settings will be the true test of their effectiveness.

The collaboration with Deep Robotics and the focus on diverse robot types, including humanoids and quadrupeds, suggest a strategy to offer a comprehensive robotics ecosystem. The company's consecutive award wins highlight its strong track record in industrial applications, but the success of its new Physical AI initiatives will depend on its ability to deliver reliable and scalable solutions.