China’s robotics industry is gradually moving beyond spectacular demonstrations toward a much more difficult challenge – proving that machines can deliver genuine economic value in warehouses, factories, shops and restaurants. At the World Robot Conference 2026 in Beijing, visitors watched robots sort packages, handle products, serve customers and prepare food, but behind the entertaining demonstrations lies a much larger Chinese ambition to turn robotics into a major industry.
More than 300 companies are participating in the event, with over 2,000 robotic products on display and more than 150 new products making their debut. They include industrial systems, humanoid machines, quadruped robots and technologies designed for logistics and service industries. Warehouse applications are attracting particular attention, with robotic arms using cameras, sensors and artificial intelligence to recognize different objects and determine how they should be handled.
Restaurants and customer services represent another potentially important market. Robots in Beijing are demonstrating food preparation and serving tasks, including operations associated with fast-food restaurants. The objective is no longer simply to entertain visitors. Similar machines could gradually perform repetitive jobs in kitchens, restaurants, hotels and shops, particularly as labour shortages become a growing challenge in many economies.
This represents a significant change from the way humanoid robots were presented only a few years ago. Dancing, acrobatics, fighting demonstrations and sporting competitions generated enormous attention for Chinese robotics companies, but spectacular performances alone cannot create a sustainable industry. The next stage requires robots to demonstrate that they can operate reliably for hours and perform useful tasks efficiently enough to justify their cost.
That remains the major challenge. Despite rapid technological progress, many current humanoid robots are still slower and less capable than humans when performing complicated practical tasks. A machine may successfully sort selected packages during a controlled demonstration, but a real warehouse is an unpredictable environment filled with different objects, obstacles and situations that cannot all be programmed in advance.
Artificial intelligence is therefore becoming central to the next generation of robotics. Manufacturers no longer want machines that simply repeat a predefined movement. They want robots capable of understanding their surroundings, receiving instructions in ordinary language, analysing a situation and deciding independently how to complete a task. This combination of physical machines and AI is increasingly described as embodied artificial intelligence.
Unitree founder Wang Xingxing believes robotics is gradually approaching its own “ChatGPT moment” – a technological breakthrough in which sufficiently capable software could allow robots to perform many unfamiliar tasks after receiving relatively simple instructions. Even industry leaders, however, acknowledge that a considerable technological gap remains between today’s impressive demonstrations and truly general-purpose robots.
China has powerful reasons to accelerate development. The country remains one of the world’s largest manufacturing centres while simultaneously facing an ageing population and a gradually shrinking workforce. Robotics could help compensate for some of that pressure, particularly in manufacturing, logistics and services where many jobs involve repetitive or physically demanding work.
There is also intense international competition. Chinese companies want to establish leading positions before the robotics market reaches mass adoption. Investor interest is already strong, while companies including Unitree, UBTECH, Galbot, Leju Robotics and Robotera are competing for a place in what could become one of the next major global technology industries.
The eventual winners, however, are unlikely to be determined by which robot can dance best or most closely resemble a human. The decisive questions will be far more practical – how much the machine costs, how long it can operate, how often it makes mistakes and whether the savings it generates exceed the cost of buying and maintaining it.
That is why the demonstrations in Beijing matter. A robot serving food or sorting parcels may appear less spectacular than a machine performing a backflip, but these ordinary tasks could determine the future of the industry. If robots become capable of reliably performing everyday work at a competitive cost, the robotics revolution may not begin with a science-fiction android. It could begin much more quietly – inside a warehouse, on a production line, in a shop or behind the counter of a restaurant.
