Samsung Dirikan Divisi Robotika, Mau Bikin Apa?

SEOUL, SOUTH KOREA – In a move that signals a seismic shift in its long-term corporate strategy, Samsung Electronics has officially announced the establishment of a specialized robotics unit named the Robotics eXperience (RX) Division. This new entity is designed to centralize and accelerate the tech giant’s disparate research and development efforts into a cohesive, market-ready powerhouse. Led by TM Roh, the current President and CEO of Samsung’s Mobile eXperience (MX) Business, the RX Division aims to bridge the gap between digital artificial intelligence and physical machinery, positioning Samsung as a primary contender in the burgeoning global robotics race.

The formation of the RX Division is not merely an organizational reshuffle; it represents Samsung’s ambition to lead the "Physical AI" revolution. By integrating advanced robotics into its massive manufacturing ecosystem and eventually the consumer market, Samsung seeks to redefine the relationship between humans and machines.

I. Main Facts: The Architecture of the RX Division

The RX Division serves as the nerve center for all of Samsung’s robotics initiatives, which were previously scattered across various departments such as Samsung Research and the consumer electronics wings. The leadership structure and geographical footprint of this new division highlight Samsung’s intent to dominate the sector through aggressive talent acquisition and global collaboration.

Leadership and Strategic Hires

The appointment of TM Roh to lead the RX Division is a significant indicator of the project’s importance. Roh is credited with stabilizing and expanding Samsung’s smartphone dominance amidst fierce global competition. His leadership suggests that Samsung views robotics as the next "mobile-scale" opportunity.

Assisting Roh is Lee Dong-geon, who joined Samsung in May 2024 to serve as the Head of Strategy for the RX Division. Lee is a heavyweight in the robotics industry, having previously spearheaded robotics strategy at Hyundai Motor Group. His portfolio includes the high-profile oversight of Boston Dynamics, the American robotics firm acquired by Hyundai. Lee’s expertise in navigating the complexities of humanoid mobility and commercialization is expected to be the cornerstone of the RX Division’s roadmap.

Furthermore, the division has recruited Professor Kim Eui-gyeom from Ajou University. A renowned specialist in robotic hands and tactile manipulation, Kim’s involvement points toward a focus on high-precision robotics—machines capable of performing delicate tasks that were previously the exclusive domain of human dexterity.

Global R&D Footprint

While the RX Division will be headquartered at Samsung’s primary R&D hub in Seoul, the company has announced plans to establish satellite development centers in the United States, Japan, and China.

• United States: Focus on AI software and machine learning integration.
• Japan: Leveraging the country’s historic expertise in precision hardware and mechanical engineering.
• China: Tapping into the world’s most rapid manufacturing innovation and supply chain ecosystems.

II. Chronology: From Vacuum Cleaners to Autonomous Factories

Samsung’s journey into robotics has been a decades-long evolution, moving from simple household utilities to complex industrial systems.

2000s – 2010s: The Consumer Era

Samsung’s early foray into robotics was characterized by the "Jet Bot" series—autonomous vacuum cleaners. While successful, these were seen as peripheral appliances rather than core strategic products. During this period, Samsung focused more on the "brains" of the machines (sensors and mapping) than the "bodies."

2021 – 2023: Prototyping the Future

At various Consumer Electronics Shows (CES), Samsung began unveiling more ambitious concepts.

• Samsung Bot Care: Designed as a robotic assistant for the elderly.
• Samsung Bot Handy: A robot capable of picking up laundry and setting the table, utilizing early iterations of the "Robotic Hand" technology.
• GEMS (Gait Enhancing & Motivating System): A wearable exoskeleton designed for mobility assistance.

2024: The Strategic Pivot (M&A Activity)

The turning point occurred in 2024 when Samsung became a majority shareholder in Rainbow Robotics, a prominent South Korean firm specializing in cobots (collaborative robots) and bipedal platforms. This acquisition provided Samsung with the hardware foundation needed to match its software capabilities.

2026: The Birth of RX

In July 2026, Samsung consolidated these efforts into the RX Division. The announcement marks the transition from "experimental" robotics to "commercial and industrial" robotics.

III. Supporting Data: The 2030 Vision and Technical Milestones

Samsung has set a rigorous timeline for its robotics integration, backed by specific technical goals and financial commitments.

The 2030 "Autonomous AI Factory" Goal

Samsung’s primary objective for the RX Division is the transformation of its global manufacturing facilities. By 2030, Samsung aims to convert all its major production plants—spanning semiconductors, displays, and mobile devices—into "Autonomous AI Factories."

• Phase 1: Implementation of robots for hazardous and repetitive tasks.
• Phase 2: Integration of AI-driven logistics where robots manage the entire supply chain within the factory.
• Phase 3: Full autonomy, where the factory operates with minimal human intervention, optimized by a digital twin and real-time AI processing.

Humanoid Development and "Robotic Hand Labs"

Samsung is reportedly preparing to begin production of humanoid robots as early as the end of this year. Unlike industrial arms, these humanoids are designed to operate in human environments.
A key technical driver is the Robotic Hand Labs. Confidential reports suggest that Samsung has developed a robotic hand with a level of "manipulation" that mimics human tendons and nerves. This allows the robot to handle fragile objects—such as silicon wafers or delicate electronic components—without damage, a feat that has long eluded mass-market robotics.

Investment and Market Growth

The global robotics market is projected to reach over $200 billion by 2030. By securing a majority stake in Rainbow Robotics and funding various startups, Samsung is positioning itself to capture a significant share of this growth. The company has allocated billions in capital expenditure specifically for robotics M&A, signaling that more acquisitions are likely on the horizon.

IV. Official Responses: A Unified Strategic Front

While Samsung executives often maintain a guarded stance regarding specific technical secrets, the messaging surrounding the RX Division has been one of "synergy and sovereignty."

TM Roh, CEO of RX and MX Divisions, stated in a recent internal memo:

"The future of technology is not just in the palm of your hand, but in the environment that surrounds you. By establishing the RX Division, we are merging our world-class AI software with physical manifestations. Our goal is to create a ‘Robotics Experience’ that is as intuitive and indispensable as the smartphone."

Samsung Research Spokespersons have emphasized that the move is a response to the "labor paradigm shift." With aging populations in South Korea, Japan, and parts of the West, Samsung views robotics as a necessary solution to maintain industrial productivity.

Industry analysts suggest that Samsung’s move is also a defensive strategy. With Alphabet (Google) merging its "Everyday Robots" project into Google DeepMind and OpenAI exploring physical embodiments for ChatGPT, Samsung cannot afford to be a mere hardware provider. They must own the entire stack—from the AI brain to the robotic limb.

V. Implications: The Global Impact of Samsung’s Robotic Ambitions

The establishment of the RX Division carries profound implications for the global economy, the tech industry, and the future of labor.

1. The Disruption of the Manufacturing Sector

If Samsung succeeds in creating fully autonomous AI factories by 2030, it will set a new global standard for efficiency. Competitors in the semiconductor and electronics space will be forced to follow suit or face insurmountable cost disadvantages. This could lead to a "robotics arms race" in manufacturing.

2. Geopolitical Influence and Talent War

By opening R&D centers in the US, Japan, and China, Samsung is effectively "brain-draining" top talent from these regions. This move complicates the geopolitical landscape of AI. For instance, using Chinese manufacturing expertise while employing American AI logic creates a complex, cross-border dependency that Samsung must navigate carefully amidst ongoing trade tensions.

3. Human-Robot Interaction (HRI)

The push for humanoid robots suggests that Samsung is looking beyond the factory floor. We may soon see Samsung-branded humanoids in hospitals, hotels, and eventually, homes. This raises significant ethical and regulatory questions regarding privacy, safety, and the psychological impact of living alongside lifelike machines.

4. The "Physical AI" Convergence

The RX Division marks the end of the era where "AI" was just a chatbot or an image generator. Samsung is betting that the next decade will be defined by Physical AI—intelligence that can move, touch, and transform the physical world. By integrating the leadership of the Mobile division (TM Roh) with the expertise of Boston Dynamics veterans (Lee Dong-geon), Samsung is signaling that the robot is the next "personal device."

5. Labor and Economic Shifts

While Samsung frames robotics as a solution to labor shortages, the displacement of human workers in manufacturing remains a critical concern. The transition to "Autonomous AI Factories" will require a massive reskilling of the workforce, shifting jobs from manual labor to robot maintenance, AI supervision, and system design.

In conclusion, the launch of the Robotics eXperience (RX) Division is a definitive statement of intent. Samsung Electronics is no longer content with being a leader in consumer electronics and semiconductors; it is vying to become the architect of an automated future. As 2030 approaches, the success of the RX Division will likely determine whether Samsung remains a dominant force in the next century of technological evolution.