Samsung’s Robotic Ambitions: Inside the Launch of the ‘RX’ Division

In a major pivot that marks a generational shift in its corporate identity, Samsung Electronics has officially inaugurated a dedicated robotics division—the Robotics eXperience (RX) unit. By consolidating its disparate robotics initiatives under one roof, the South Korean tech giant is signaling its intent to dominate the burgeoning "physical AI" market. This strategic realignment is not merely an internal restructuring; it is a calculated bet on the future of automation, human-machine collaboration, and the next frontier of artificial intelligence.

The Foundation: Establishing the RX Division

The newly formed RX division will serve as the nerve center for all of Samsung’s robotic endeavors. Headquartered in Seoul, the unit is tasked with spearheading research, development, and mass production of advanced robotic systems.

To ensure the division hits the ground running, Samsung has appointed industry veteran Dongkun Lee as the leader of its robotics strategy. Lee, who joined Samsung in May as an Executive Vice President, brings a wealth of experience to the table. His track record is particularly notable for his tenure at Hyundai, where he was instrumental in overseeing the company’s robotics roadmap—including the high-profile acquisition and integration of Boston Dynamics. By poaching a leader with proven experience in navigating the complexities of the robotics industry, Samsung is demonstrating a "no-experiment" approach, favoring seasoned expertise over internal trial and error.

Adding weight to the importance of the RX unit, Samsung CEO TM Roh will provide direct oversight of the division. This high-level involvement indicates that robotics has moved from an experimental project to a core pillar of Samsung’s long-term growth strategy.

Chronology: A Path Toward Automation

Samsung’s journey into robotics has been a slow burn that has recently ignited into a full-scale fire.

• Early Explorations: For years, Samsung utilized robotics primarily for industrial automation within its semiconductor and consumer electronics manufacturing lines. These robots were largely stationary and task-specific.
• The Strategic Shift: Over the past 24 months, the company began evaluating the broader consumer and commercial potential for humanoids and collaborative robots (cobots).
• The Hiring Phase: In May 2026, the company successfully recruited Dongkun Lee, setting the stage for the organizational overhaul that would follow.
• The Official Launch: In July 2026, Samsung formally announced the RX division, confirming its intent to invest heavily in the sector.
• Current Objectives: The immediate roadmap involves the establishment of global research hubs and the launch of initial humanoid manufacturing efforts before the end of the calendar year.

Supporting Data: The $13 Billion Bet

Samsung’s commitment to this new division is underscored by a staggering financial allocation. According to reports confirmed by CNBC, CEO TM Roh has earmarked 19 trillion Korean won (approximately $13 billion USD) for the development of advanced manufacturing facilities.

The primary hub for this production is located in Gumi, South Korea. This site is currently undergoing a massive transformation, shifting from traditional electronics assembly to a specialized factory floor capable of churning out sophisticated humanoid robots.

The strategy is global in scope. While the heart of the operation remains in South Korea, the company is actively scouting locations for research and development hubs in the United States, China, and Japan. The goal is to tap into regional expertise in fields such as haptics, battery density, motion control, and, most importantly, generative AI integration. By decentralizing R&D while centralizing production, Samsung hopes to create a "best-of-all-worlds" engineering culture.

Implications for the Tech Landscape

Samsung’s entry into the robotics sector is part of a broader industry-wide migration toward "physical AI." For years, AI was confined to software—LLMs, image generators, and predictive algorithms. Now, the industry is racing to give that intelligence a body.

The Competitive Field

The landscape is becoming increasingly crowded. Hyundai, Samsung’s primary domestic rival, has already secured a significant foothold through its ownership of Boston Dynamics, widely considered the gold standard for dynamic, agile robotics.

Meanwhile, in the West, the consolidation of robotics assets continues unabated. Alphabet (Google’s parent company) recently folded its internal robotics division into Google proper, signaling a tighter integration between its software prowess and hardware development. OpenAI is similarly rumored to be working on the "physical manifestation" of ChatGPT, with early prototypes of humanoid devices and conversational speakers appearing in industry leaks.

The "Physical AI" Convergence

The core challenge for the RX division is the integration of high-level generative AI into hardware. The modern robot is no longer just a machine that follows pre-programmed instructions; it is an agent that must perceive its environment, reason through complex tasks, and interact with humans in safe, intuitive ways. Samsung’s existing dominance in semiconductors (memory and logic chips) and display technology gives it a unique vertical integration advantage. By manufacturing its own chips and sensors, Samsung can potentially create robots that are more energy-efficient and faster than those built by competitors relying on third-party hardware.

Official Stance and Future Outlook

While Samsung has remained somewhat tight-lipped regarding the specific design of its first commercial humanoid, the industry consensus is that the initial products will likely target high-precision manufacturing and logistics, followed by home assistance.

The move is not without its risks. The robotics industry is notorious for its "valley of death"—the gap between high-concept prototypes and scalable, profitable consumer products. Furthermore, the ethical and safety implications of humanoid robots in public spaces remain a hot-button issue for regulators globally.

However, Samsung’s leadership remains bullish. By establishing the RX division, the company is positioning itself not as a follower in the AI era, but as an architect of the physical world. As TM Roh stated during the internal announcement of the division, the company is shifting from being a provider of "smart devices" to a provider of "intelligent, mobile entities."

Conclusion: A New Era of Hardware

The formation of the RX division represents a defining moment for Samsung. By leveraging its vast financial reserves, its deep expertise in manufacturing, and a newly bolstered leadership team, the company is moving to ensure that when the "robotics revolution" finally reaches the mass market, Samsung is the name on the chassis.

As the Gumi facility gears up for production, all eyes will be on the first generation of robots to emerge from the RX pipeline. Whether these machines will redefine the home or simply optimize the factory floor remains to be seen, but one thing is clear: the future of electronics is no longer just on our desks or in our pockets—it is beginning to walk among us.