The U.S. leads in AI investment, but China’s manufacturing scale could decide the next phase of the global robotics and technology rivalry.

The intensifying technology rivalry between the United States and China is moving beyond data centers. Its next arena will be factories, warehouses, ports, and other physical infrastructure, where artificial intelligence meets machines capable of acting in the world.

The contest will turn not only on which country develops the most sophisticated robots, but also on who can manufacture them quickly, cheaply, and reliably. Those machines could perform household chores and industrial tasks, but they could also confer a military advantage. Washington’s latest restrictions on foreign-produced advanced robots reflect both ambitions: limiting security risks while protecting an industry the United States fears losing.

Beijing is pursuing the opposite strategy. It wants scale before the market fully matures, expanding production, strengthening domestic suppliers, and cutting costs. China has already used this approach to build formidable positions in batteries, solar technology, drones, and electric vehicles. Robotics could be next.

The emerging competition is therefore about more than volume or technical sophistication. It is about who controls the machines, supply chains, software, and standards that connect AI to the physical economy—and, ultimately, to the battlefield.

Washington Is Trying to Close the Door Early

The United States has learned an uncomfortable lesson: Dependency is easiest to prevent before it becomes entrenched. Once foreign technology is woven into national infrastructure, removing it becomes expensive and politically difficult.

That lesson has shaped U.S. policy toward semiconductors, drones, critical minerals, and other strategic technologies. Robotics has now joined the list. In July, the Federal Communications Commission added foreign-produced advanced robotic devices to its Covered List, subject to limited exceptions for devices granted conditional approval. The move created new barriers to equipment that Washington believes could threaten economic, military, or civilian security.

The stated concerns include surveillance, cyberattacks, supply-chain disruption, and remote compromise. An autonomous robot is not simply another imported appliance. It can collect and process information about what it sees, hears, and encounters, often while remaining connected to cloud services or remote operators. A compromised machine could become a mobile sensor—or a point of access to the networks around it.

Washington does not want to discover the consequences after millions of such machines are embedded across the economy. Its strategy is one of early denial: prevent a risky dependency before foreign suppliers achieve overwhelming scale. But the policy also reveals a second fear—that without protection and investment, the United States could surrender a foundational industry before it fully emerges.

China Already Has the Advantage America Fears

China’s greatest strength in robotics may not be the quality of its best AI models. It is the country’s capacity to manufacture and deploy machines at extraordinary scale.

In 2024, China installed roughly 295,000 industrial robots, accounting for 54 percent of global deployments, according to the International Federation of Robotics. The United States installed about 34,000. Scale can create a technological advantage of its own. Every machine deployed generates operating experience, exposes weaknesses, improves components, lowers costs, and deepens supplier networks.

This is the same industrial flywheel that helped China gain ground in batteries, electric vehicles, and solar manufacturing. Embodied AI—the integration of artificial intelligence into machines that perceive and act in the physical world—could amplify it.

Beijing is not betting only on what humanoids and other robots can do today. It is betting on what they will become as costs fall, capabilities improve, and deployment reaches hundreds of thousands or even millions of machines. China wants to establish scale before the economic architecture of embodied AI hardens. Washington wants to keep that scale from becoming American dependence.

The Trojan Horse Problem

Concerns about a robotic Trojan horse are easy to dismiss as alarmism, but they are not imaginary. Weak authentication, insecure remote-access tools, or compromised backend services can turn networked machines into remotely accessible sensors—or worse.

The deeper fear is that inexpensive, capable robots could spread throughout American businesses and homes before regulators understand who controls their firmware, cloud services, software updates, and remote access. By the time vulnerabilities become apparent, replacing the machines could be economically punishing.

The U.S. objective is therefore twofold: deny Chinese platforms the opportunity to dominate America’s robotics infrastructure while building a competitive ecosystem with trusted allies. Restrictions may buy time, but they cannot manufacture robots, train workers, or create supply chains. Without a serious industrial strategy, Washington could protect the market only to discover that it has little to put in it.

America Has the Brain, China Has the Body

The United States retains enormous advantages in frontier AI, semiconductor design, cloud computing, and private investment. Stanford’s 2026 AI Index estimates that U.S. private AI investment reached $285.9 billion in 2025, compared with $12.4 billion in China. Yet the performance gap between leading U.S. and Chinese models has narrowed sharply, making any assumption of permanent American supremacy dangerous.

China, meanwhile, holds much of the physical infrastructure needed to turn intelligence into machines: factories, skilled manufacturing labor, component suppliers, industrial demand, and the capacity for rapid deployment. This is Washington’s strategic dilemma. It cannot dominate embodied AI through software and chip design alone if China controls much of the industrial system that gives AI a body.

China’s advantage is not guaranteed. Overseas buyers and governments will demand evidence that Chinese systems are secure, transparent, and insulated from political interference. Many will nevertheless be tempted by lower prices and ready supply, particularly if Western alternatives arrive late or cost far more.

The first phase of the AI competition asked who could build the smartest machine. The next will ask who can manufacture it at scale, deploy it across the economy, secure the systems behind it, and persuade the world to trust it. America may still have the brain, but unless it rebuilds the body, China could determine how intelligence moves through the physical world.