Samsung Electronics has quietly created a dedicated robotics division with a clear mandate: deploy machines in its own factories first, collect the data, and only then sell to external businesses and consumers. The new unit, called Samsung RX, reports directly to TM Roh, the executive who oversees the company’s Device eXperience division, and aims to make “substantial progress” on humanoid robots this year, according to a report from SamMobile on July 21, 2026.

The move marks a significant pivot from splashy consumer prototypes to industrial-grade automation. Samsung has toyed with robots for years—rolling companion Ballie, the Bot Care concept—but none reached commercial scale. Now, Samsung RX is being built from the ground up as a business, not a research project, with its own leadership, budget, and testing grounds inside Samsung’s sprawling global manufacturing network.

What actually changed

Samsung RX is formally the RX Business Promotion Office, established under TM Roh’s direct oversight. Day-to-day operations are led by Lee Dongkun, a Samsung Electronics vice president who previously headed the company’s Robotics Strategy Team and, before that, drove robotics strategy at Hyundai Motor Group—work that included steering Hyundai’s involvement with Boston Dynamics. That experience gives Samsung RX a leader who understands both advanced humanoid research and the grinding discipline of turning prototypes into products.

To bolster technical firepower, two prominent robotics researchers are joining: Seoul National University professor Hyun-Jin Kim, an expert in autonomous systems and robotic control, and Ajou University professor Eui-Kyum Kim, known for his work on robotic hands and manipulation. Their recruitment signals that Samsung RX will prioritize dexterity and real-world interaction, not just locomotion.

The division’s main R&D hub will be Samsung’s Seoul R&D Campus in Umyeon-dong, but the company is also establishing development centers in China, Japan, and the United States to tap into local talent and components. A critical piece of the puzzle is a new data factory at Samsung’s Gumi plant in South Korea, where real-world operational data—video, sensor feeds, joint movements—will be captured, labeled, and fed into training loops. The goal is to improve robot intelligence by exposing models to the messy variability that simulation alone cannot replicate.

What it means for you

The impact varies dramatically depending on who you are.

For manufacturers and logistics operators: Samsung RX isn’t selling anything yet, but its factory-first strategy means the first commercially available systems are likely to target industrial environments. If you run a plant or warehouse, you’ll eventually see Samsung-branded robots pitched as flexible automation tools for material handling, assembly assistance, or inspection. The promise is machines that can work safely alongside humans and adapt to changing workflows, but you’ll need to assess total cost of ownership—not just the hardware price, but integration, maintenance, safety certification, and software subscriptions.

For IT departments and system administrators: Robots are coming to the factory floor, and they’ll arrive as a new class of managed endpoint. Expect to juggle identity management, network segmentation, security patches, and fleet monitoring for machines that have arms instead of screens. The boundary between information technology (IT) and operational technology (OT) will blur further. Start building relationships with your OT counterparts now. When Samsung eventually releases enterprise robots, your team will need to understand how to onboard them into existing Microsoft-based management tools, even if the robot itself runs Linux or a real-time OS. Early planning points: demand signed firmware updates, role-based access controls, and clear vulnerability disclosure timelines.

For consumers: Don’t hold your breath for a humanoid butler. Samsung RX will cut its teeth on factory floors for years before bringing anything into homes. The downstream benefit for consumers might eventually be smarter appliances that work with mobile robots, but that’s a second-order effect. In the near term, the only thing a home user might see is improved SmartThings integration with stationary devices, as Samsung harvests insights from its industrial deployments.

How we got here

Samsung’s robotics history is littered with impressive concepts that never became products. CES 2019 showcased Bot Care, Bot Air, and Bot Retail. In 2020, the rolling companion Ballie captivated audiences but remained a prototype for years—though Samsung later announced plans to pair it with Google’s Gemini AI. These demonstrations proved Samsung could design appealing robots, but they also highlighted the gulf between a stage demo and a reliable product.

The turning point was Samsung’s investment in Rainbow Robotics. In 2023, Samsung acquired a 14.7% stake in the South Korean firm, founded by researchers from the team that built the HUBO humanoid. By early 2025, Samsung had exercised an option to become the largest shareholder with 35% control. Rainbow brings expertise in bipedal machines, collaborative arms, mobile robots, and quadrupeds—exactly the portfolio Samsung needs to jump-start a factory-first strategy.

Simultaneously, the wider technology landscape shifted. Generative AI that produces text and images has given way to “embodied AI” that perceives and acts in the physical world. Multimodal models, improved sensors, and cheaper compute have made robots more capable. Samsung, with its dominance in memory, displays, cameras, and appliances, sees robotics as a natural next layer—and a way to escape the flat growth curves of mature smartphone and TV markets.

What to do now

For most readers, the immediate action is to watch and learn. Samsung RX is in its early days, with no shipping products. But you can prepare:

  • Manufacturing leaders: Start auditing tasks in your facility that are repetitive, dangerous, or hard to staff. Document the workflows and safety requirements. When Samsung RX or a competitor comes knocking, you’ll have a clear list of candidate processes for automation pilots.
  • IT and security teams: Map your existing OT environment. Identify which systems are air-gapped, which rely on legacy Windows, and where you’d plug in a mobile robot fleet. Begin conversations about what a robot endpoint policy would look like—think network isolation, patch testing, and incident response when a machine arm stops mid-motion.
  • Procurement departments: Update your RFI templates for robotics. Include questions about update mechanisms, data residency, component supply chains, and long-term support (industrial robots often operate for a decade or more).
  • Investors and analysts: Watch for the relationship between Samsung RX and Rainbow Robotics. If the two remain complementary rather than competitive, Samsung RX has a stronger chance of commercial success. Also track the Gumi data factory’s output, as proprietary training data could become a moat.

For consumers, the only move is patience. The most useful home robots are still years away, and the first Samsung RX-badged machines in your living room will likely be appliance-integrated helpers, not autonomous humanoids.

Outlook

Samsung RX has the ingredients to succeed: a leader with battle-tested robotics experience, access to the company’s manufacturing plants as proving grounds, a stake in Rainbow Robotics, and a clear commercial progression from internal use to external sales. The factory-first path is grounded and credible, in contrast to companies that promise general-purpose humanoids on day one.

But execution risk remains high. Robotics is unforgiving; one safety incident or high-profile failure can poison a platform’s reputation. Samsung must also navigate internal politics, coordinating between RX, Rainbow Robotics, Samsung Research, and existing automation teams without creating duplication. And it must answer hard questions about security, data governance, and workforce impact—ideally before the first robot rolls onto a sales floor.

What to watch next: the first public deployments inside Samsung facilities. If a robot arm or mobile platform begins performing real work—handling components, moving materials—and Samsung shares reliability and intervention-rate data, that will be the true signal. Until then, all we have is a well-structured plan and a rich history of grand robotic promises.