Humanoid Robots Revolutionizing Factory Floors: The Rise of Physical AI in Manufacturing
British technology pioneer Humanoid is set to revolutionize the manufacturing landscape by deploying humanoid robots at factories operated by Schaeffler, a renowned German industrial supplier. This exciting partnership is expected to bring an estimated 1,000 to 2,000 advanced robots into Schaeffler’s global production sites by 2032. Although details about the contract value remain under wraps, the first deployment is anticipated to occur between December 2026 and June 2027 at two strategic Schaeffler locations in Germany.
Schaeffler’s Innovative Factory Rollout
As part of this ambitious rollout, Humanoid is committed to seamlessly integrating their robots into Schaeffler’s existing production lines. This deployment follows a technology partnership that was initially announced in January, underscoring the collaborative efforts of both companies.
Schaeffler is currently piloting humanoid robots for a range of physical tasks in both production and warehouse settings. The primary focus will be on tasks such as moving boxes and handling materials efficiently within the existing factory infrastructure.
- Long-term Partnership: Under this supply agreement, Schaeffler will serve as Humanoid’s preferred supplier for joint actuators until 2031. Humanoid CEO Artem Sokolov has noted that this collaboration is set to cover more than half of their demand for wheeled humanoid platforms, totaling at least 1 million actuators over the next several years.
Collecting Valuable Worker Motion Data
The Schaeffler initiative is part of a broader trend, as various industries become testing grounds for physical AI systems. Recent reports reveal that the South Korean startup RLWRLD is actively gathering motion data from workers across hotels, logistics centers, and retail environments. For instance, at the Lotte Hotel in Seoul, employees in food and beverage service are being monitored to analyze how they perform tasks such as folding napkins and arranging tableware.
In addition, RLWRLD is collecting data on logistics workers at CJ to understand how they lift and handle goods in warehouses. The company is also collaborating with staff from Japanese convenience store chain Lawson to optimize food display organization. Their goal? To develop advanced AI software that empowers robots to operate efficiently across various work settings, giving special focus to dexterous tasks.
Training Robots with Human-Sourced Data
Utilizing human movement data, RLWRLD is transforming worker footage into machine-readable formats to train its robotic systems. Engineers complement this data with demonstrations captured using cameras, VR headsets, and motion-tracking gloves.
This effort provides insights into critical details such as joint angles and force application during tasks. For instance, in one demonstration, a wheeled robot with human-like capabilities adeptly maneuvered cups at a minibar under the guidance of engineers, while another instance showcased a humanoid efficiently placing items inside a box before sending it down a conveyor belt.
South Korea’s Commitment to Physical AI
The deployment of AI robots in industrial settings is seen as a priority for RLWRLD, with an optimistic timeline aiming for scale by 2028, a projection echoed by various major corporations.
Hyundai Motor is preparing to introduce humanoids developed by Boston Dynamics at its global factories, commencing with a facility in Georgia by 2028. Similarly, Samsung Electronics has announced plans to evolve all manufacturing sites into “AI-driven factories” by 2030, integrating humanoids and task-specific robots.
Labour Groups Express Concerns
However, not everyone is on board with the rapid adoption of robotics. Labour groups in South Korea express apprehensions regarding the use of worker data and the potential impact on employment. Unions caution that robotic deployment could undermine job security and diminish opportunities for skilled labor. Kim Seok, from the Korean Confederation of Trade Unions, emphasizes the need for employers and the government to engage workers in discussions about AI integration.
In the hospitality sector, Lotte Hotel is exploring the use of robots for cleaning and back-end tasks. Yet, current humanoid technologies would take multiple hours to complete tasks that a human can finish in about 40 minutes. The hotel hopes that by 2029, robots can assist with some cleaning duties.
Additionally, Lotte Hotel is considering offering robotic rental services within the hospitality industry. Park, a hotel worker involved in training the robots, shared that humanoids could potentially take over 30% to 40% of event preparation tasks, but noted that jobs requiring direct human interaction will remain challenging to automate.
As we navigate this dynamic frontier in technology, it’s important to stay informed and engaged. Are you ready to embrace the future of robotics in your industry? Let’s explore these exciting advancements together!
