A walk through a recent public festival in Shanghai reveals a strange new reality: robotic pets performing handstands for children, and humanoid robots—machines designed with a head, torso, and limbs—competing in martial arts displays. For many, this looks like a glimpse into a future where robots are as common as smartphones, and for China, that is exactly the point. The country is currently producing roughly 90% of the two-armed, two-legged robots delivered globally, turning what was once science fiction into a national industrial priority.
China is pushing a concept researchers call embodied AI. Traditionally, AI lives in software; it processes text or images inside a computer. Embodied AI takes those same decision-making systems and puts them inside a physical body, allowing the AI to interact with the real world rather than just a digital one. Companies at the Shanghai event are showing off robots that can fold T-shirts or brew coffee, aiming to prove that these machines can eventually take over everyday, mundane chores. These public demonstrations are a deliberate strategy to normalize these robots in the eyes of the public.
Why build a robot like a human
To understand why companies are building robots that look like us, consider your own house. Every door handle, staircase, and kitchen appliance is designed specifically for a human frame. A specialized machine with wheels might be great at moving heavy boxes in a warehouse, but it is useless at climbing a flight of stairs or turning a round doorknob. By building robots with two legs and two arms, engineers hope to create a machine that can navigate the world we already built without needing us to redesign our homes or offices. The core of this is the intelligence behind the movement: the AI must constantly calculate how to shift weight and balance in real-time, just like a toddler learning to walk or a person reaching for a shelf. If the AI can master this, the robot becomes a universal tool that can fit into existing human spaces.
The shift toward human-shaped robots is controversial among experts. Critics point out that human bodies are incredibly complex and inefficient for many simple tasks, and maintaining balance while carrying objects is both difficult and energy-intensive. Despite these challenges, China is treating this as a massive, long-term project. Whether these robots ever reach the point of being helpful assistants in our homes remains an open question, but the sheer scale of production in China means we are about to see more of these machines in public spaces. We are moving from an era where AI helps us write emails to one where it potentially steps off the screen and into our physical rooms. The question isn't just whether the tech will work, but whether we actually want machines that look and act like us to share our space.
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