ROBOTWORLD 2026 is bringing together 402 companies from 17 countries at South Korea’s KINTEX exhibition center from November 4–7, with Physical AI, humanoid robotics and AI-driven manufacturing among its central themes. The 1,198-booth exhibition will showcase technologies spanning robot intelligence, autonomous mobility, industrial actuators, machine vision and manufacturing automation, as international technology providers and Korean robotics companies look to expand commercial applications of intelligent machines.
ROBOTWORLD 2026 Highlights Physical AI and Industrial Robotics
The development of Physical AI is becoming a central theme in industrial automation as robotics manufacturers move beyond conventional programmed machines toward systems capable of interpreting their surroundings and responding to changing operating conditions. South Korea’s ROBOTWORLD 2026 is bringing this transition into focus, connecting robotics hardware, AI software, autonomous mobility and manufacturing technologies in a four-day international exhibition.
Running November 4–7 at the Korea International Exhibition Center (KINTEX) in Goyang, the exhibition will feature 402 companies from 17 countries across 1,198 booths. International participants include Taiwan’s Advantech, Japan’s FANUC and China’s Booster Robotics, PAXINI and Unitree. A Canadian delegation of 10 technology companies will participate, while exhibitors from India and Bangladesh will make their first appearances at the event.
The exhibition reflects a broader industry shift toward Physical AI: the integration of artificial intelligence with machines that can perceive physical environments, process information and execute actions. Unlike conventional software-based AI applications, these systems must coordinate computational intelligence with sensors, actuators, movement control and real-world operating constraints.
Physical AI Moves Into Manufacturing Discussions
The International Robot Business Conference 2026 will extend the exhibition’s technology focus through 36 sessions scheduled for November 4–5. Its three tracks—Manufacturing AX (AI transformation), Humanoid with Physical AI and Mobility—will examine how AI capabilities are being applied to production environments, robot intelligence and autonomous movement.
Representatives from Qualcomm and Advantech will participate in the Manufacturing AX track, while an NVIDIA speaker will present in the Humanoid with Physical AI track. Qualcomm is also sponsoring the exhibition.
The conference agenda reflects growing interest in connecting AI computing platforms with industrial equipment and robotics systems. For manufacturers, the opportunity extends beyond automating individual tasks. AI-driven manufacturing architectures can connect collaborative robots, autonomous mobile robots (AMRs), machine vision and production software to coordinate equipment operations and material flows.
However, translating these technologies into production environments requires more than adding AI models to existing machinery. Companies must address integration with legacy equipment, processing requirements, communication infrastructure, operational safety and system reliability.
Korean Robotics Companies Showcase Physical AI Hardware
Several Korean exhibitors will demonstrate how robotics intelligence is developing alongside the hardware required for physical operations.
Rainbow Robotics will showcase its RBY mobile humanoid and RBQ quadruped series. The demonstrations will highlight different robotic configurations designed for mobility and physical interaction.
Neuromeka will present its Physical Skill Foundation (PSF) technology, alongside the EIR humanoid and NAMI mobile humanoid platforms. The company describes PSF as supporting task execution involving unfamiliar objects and changing working environments.
The approach addresses an important challenge in embodied intelligence: enabling robots to perform tasks when physical conditions differ from the scenarios encountered during development or training. Such capabilities could be relevant to manufacturing operations where objects, positioning and workflows are not always perfectly predictable. The company’s stated capabilities should, however, be distinguished from independently demonstrated deployment performance.
Hardware components will also receive attention. Samhyun will showcase its AXLON actuator series, designed for robot joint actuation, torque control and linear motion. It will also present the BOLDUM autonomous transport robot, which supports industrial material handling with payloads of up to three metric tons.
These technologies highlight the importance of actuators, reducers, sensors and controllers in Physical AI architectures. AI models can determine what a machine should do, but reliable mechanical systems must translate those decisions into controlled physical movement.
AI-Driven Manufacturing Extends Beyond Individual Robots
A major theme across ROBOTWORLD 2026 is the convergence of individual robotics platforms into connected manufacturing systems.
Exhibitors will demonstrate combinations of collaborative robots, AMRs, machine vision and manufacturing software designed to coordinate production activities. These architectures can use process information and material-flow data to inform equipment operations, helping manufacturers connect previously isolated automation systems.
The exhibition’s specialized pavilions will provide a closer look at different parts of this ecosystem.
The new humanoid pavilion will cover complete robots alongside actuators, reducers, sensors, controllers and AI software. The food-tech pavilion will focus on cooking, serving and kitchen automation, while the returning healthcare pavilion will feature surgical, rehabilitation, wearable and care robots, as well as hospital logistics systems.
The range of applications illustrates how Physical AI is extending beyond conventional factory automation. Healthcare and food-service environments introduce different requirements for human interaction, precision, safety and adaptability. These applications will require robotics developers to combine perception, decision-making and physical control within systems designed for specific operational conditions.
Global Robotics Growth Provides Commercial Context
The exhibition comes as industrial robotics adoption continues to expand globally.
According to the International Federation of Robotics (IFR), manufacturers installed 603,307 industrial robots in 2025, an 11% increase from the previous year and a record annual total. Asia accounted for 457,315 installations, representing 76% of global deployments and 14% year-over-year growth. The IFR forecasts worldwide installations will reach 655,000 units in 2026.
These figures demonstrate the established demand for industrial automation, although they should not be interpreted as direct measures of Physical AI or humanoid robot adoption.
For technology suppliers, the expansion creates opportunities across the robotics value chain, including AI processors, embedded computing, industrial networking, machine vision, motion-control systems and software platforms.
Companies such as NVIDIA and Qualcomm are relevant to this transition through their AI computing and processing ecosystems. Industrial automation providers such as FANUC and Advantech also represent the established hardware and infrastructure side of the market.
The challenge for these companies is connecting computing capabilities with the sensing, control and mechanical components required for dependable physical operations.
Business Programs Target International Expansion
ROBOTWORLD 2026 is also positioning itself as a commercial platform for international partnerships, procurement and investment.
Export and procurement matchmaking sessions scheduled for November 4–6 will connect suppliers with prospective buyers through pre-arranged one-to-one meetings. A November 5 seminar will address international market entry, including certification requirements across different countries.
Global Scale-up Day, scheduled for November 6, will target startups and small and medium-sized enterprises in AI and robotics seeking investment and growth capital. Conducted entirely in English, the program will bring together venture capital firms, accelerators, strategic investors and M&A specialists.
These programs address an important commercialization issue for robotics companies: technical demonstrations do not automatically translate into international sales. Manufacturers must also establish certification pathways, distribution relationships, local support capabilities and financing arrangements to enter new markets.
For Korean robotics companies, international participation and business matchmaking could provide opportunities to expand beyond domestic industrial customers.
ROBOTWORLD 2026 is taking place at KINTEX Exhibition Center 1, Halls 3–5, in Goyang, South Korea, through November 7.
The exhibition’s broader significance lies in how it brings together the different layers of Physical AI, from humanoid platforms and actuators to industrial computing, autonomous mobility and manufacturing software. As robotics moves toward more adaptive systems, commercial progress will depend on integrating these technologies into applications that can operate safely, consistently and economically outside controlled demonstrations.
Market Landscape
The global robotics industry is entering a new phase in which conventional industrial automation is increasingly intersecting with AI-driven perception, autonomous decision-making and adaptive physical systems.
The IFR’s World Robotics 2026 report provides important market context:
| Market indicator | 2025 / 2026 |
|---|---|
| Global industrial robot installations (2025) | 603,307 |
| Annual installation growth | 11% |
| Asia’s share of installations | 76% |
| Asia installations | 457,315 |
| 2026 installation forecast | 655,000 |
Three competitive developments are particularly relevant:
- Physical AI infrastructure: NVIDIA, Qualcomm and other computing providers are competing across AI processing, robotics development and edge computing infrastructure.
- Humanoid robotics: Companies including Unitree, Booster Robotics and Rainbow Robotics are developing platforms aimed at expanding robot mobility and physical task execution.
- Industrial automation integration: FANUC, Advantech and other established providers are positioned across industrial robotics, computing, connectivity and factory automation.
South Korea’s robotics ecosystem is also seeking greater international visibility through humanoid platforms, actuator technologies, autonomous transport systems and manufacturing automation.
The important distinction is that industrial robot adoption is already a substantial commercial market, while general-purpose Physical AI remains an emerging category. The next competitive phase will depend on whether AI-enabled robots can demonstrate reliable performance, economic viability and repeatable deployment across different operating environments.
Top Insights
- ROBOTWORLD 2026 brings 402 companies from 17 countries together to showcase Physical AI, humanoid robotics and intelligent manufacturing technologies.
- NVIDIA and Qualcomm participation highlights the growing importance of AI computing infrastructure in industrial robotics development.
- Rainbow Robotics, Neuromeka and Samhyun are showcasing humanoid platforms, Physical Skill Foundation technology and industrial motion-control hardware.
- Global industrial robot installations reached 603,307 units in 2025, highlighting continued demand for manufacturing automation.
- International matchmaking and Global Scale-up Day connect robotics innovation with procurement, exports, investment and commercialization opportunities.
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