This August, Beijing's E-Town is buzzing. The 2026 World Robot Conference held its first-ever procurement day, with buyers coming from Southeast Asia, the Middle East, and Latin America. A Thai farmer wanted to check out crop-protection robots, a Saudi contractor was eyeing inspection robot dogs, and a Latin American plantation owner was asking about the price of harvesting robots. Their questions were all down-to-earth: Can this machine help me get the work done?
Around the same time, Washington slapped a new label on robots: a threat to national security. That same day, the U.S. Federal Communications Commission updated its list of regulated equipment, adding new Chinese-made humanoid robots and quadruped robots. Of course, being cautious about new technology is understandable. When the spinning jenny first appeared, weavers feared the iron contraption would eat people and stormed the factories to smash it to pieces; when the camera first came out, plenty of people ducked away from the lens, worried that a flash would steal their souls. Every invention that changed the world has gone through a stage of being doubted. Security concerns are real and deserve serious attention.
But caution and shutting the door are two different things. Robots have eyes, legs, and internet connectivity—but by those three criteria, smartphones check all the boxes, electric cars check all the boxes, and even the robot vacuum cleaner at home checks all the boxes. A better approach to new things might be like airport security: every passenger gets screened, but the airport doesn't refuse anyone boarding based on nationality. Giving robots a check-up—setting standards, issuing certifications, and auditing data—is far more effective and reassuring than simply rejecting them at the door.
Besides, the world's need for robots right now may be greater than many imagine. Much of the globe is aging, and fewer young people are around to work. Factories in Vietnam can't fill their shifts, construction sites in the Middle East hit 50 degrees Celsius in summer, and plantations in Latin America are short of hands every harvest season. Robots aren't here to steal jobs; more often, they're here to fill the gaps that no one wants to fill—or that no one is left to fill. A robot sent down a mine shaft replaces a person risking their life to go down there; a robot working in a high-temperature workshop takes over the labor that humans can't endure.
China's experience is a case in point. China's robotics industry chain wasn't built behind closed doors; it was forged in openness. Over the decades, foreign brands set up factories in China, global components gathered here, and fierce competition pushed Chinese companies to learn, step by step, how to make robot joints and brains—and to make them better and better. Today, Chinese companies account for more than half of all humanoid robot models worldwide, and for every ten quadruped robots sold, nearly seven come from China. More importantly, costs have come down, and automation is no longer a privilege of wealthy countries—factories and farms in developing nations can afford it too. Openness didn't crush China's industry chain; it fed it into the most complete one on the planet. China is willing to share that experience, along with these robots, with the world.
At the end of the day, robots are by nature a product of global cooperation. Japan's precision joints, Europe's motors, America's chips, China's assembled machines and application scenarios—none of it works without the others. When a river meets a dam, the water doesn't disappear; it just goes around, and someone eventually has to pay the cost of that detour. Maintaining the network of cooperation serves everyone's interests.
Robots don't need visas. They just want to go where people need them to work. Security can be safeguarded through standards, and competition can be about who builds better, cheaper, and more capable solutions—and in that kind of competition, the whole world wins. Next time a robot shows up at the door, maybe the real question isn't where it came from, but what it can help us do.
This article was translated using the translation software ITransBook. Readers interested in AI translation software can visit www.itransbook.com for more information.
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