The US government has taken one of its most significant steps yet to regulate advanced robotics, adding foreign-produced humanoids, quadrupeds and other mobile robots to the Federal Communications Commission‘s “Covered List” of technologies considered to pose an unacceptable risk to national security.
At first glance, the decision appears surprising. The FCC is best known for regulating radio spectrum, mobile phones and telecommunications equipment, not robots.
But modern robots are no longer simply mechanical machines. They are highly connected computers on wheels or legs, equipped with wireless communications, cameras, microphones, cloud connectivity and remote software update capabilities. From the perspective of US regulators, those communications functions place advanced robots firmly within the cybersecurity landscape.
The decision marks another stage in the US government’s widening effort to secure connected technologies that it believes could present supply chain or cybersecurity risks.
Why is the FCC involved?
Many readers will wonder why a communications regulator is making decisions about robotics.
The answer lies not in the robot’s motors or artificial intelligence, but in the electronics that allow it to communicate.
Most advanced robots include Wi-Fi, Bluetooth, cellular connectivity, GPS receivers and internet connections. Many continuously exchange information with cloud services, download software updates remotely and transmit operational data back to manufacturers or operators.
Those communications functions generally require FCC equipment authorisation before products can be marketed or sold in the United States.
The FCC is therefore not regulating robotics as an industry. Instead, it is regulating communications equipment embedded within increasingly sophisticated robotic systems.
What are the government’s concerns?
According to the Executive Branch determination cited by the FCC, foreign-produced advanced robotic devices present two broad categories of risk.
The first concerns supply chains. Officials argue that reliance on foreign-produced robotic systems could create vulnerabilities that affect both the US economy and national security if those supply chains were disrupted.
The second concerns cybersecurity.
The determination argues that network-connected robots collect significant amounts of information and could potentially be exploited by malicious actors. It also raises concerns that compromised robots could be remotely controlled, used for surveillance, or provide access to sensitive networks and facilities.
Unlike smartphones or laptops, robots add another dimension to these risks because they can physically move through warehouses, factories, laboratories, hospitals and other environments while carrying multiple sensors.
That combination of mobility and connectivity makes them different from many other connected devices.
What exactly changes?
Despite headlines suggesting a ban, the FCC’s action is narrower than many people may assume.
The decision primarily affects new foreign-produced advanced robotic devices seeking FCC equipment authorisation.
Without that authorisation, new models generally cannot be imported, marketed or sold in the United States.
However, robots that have already received FCC approval are unaffected.
Companies that already own authorised robots can continue using them.
Retailers can continue selling previously authorised models.
Consumers and businesses are not required to replace existing equipment.
The action is therefore aimed at future approvals rather than products already in service.
Which companies could be affected?
The FCC’s announcement does not identify any individual manufacturers.
Instead, it refers broadly to “foreign-produced advanced robotic devices”, defined as mobile robots such as humanoids and quadrupeds.
That wording potentially extends beyond one country.
Chinese robotics companies are likely to attract the greatest attention because China has rapidly emerged as one of the world’s largest developers of humanoid robots, quadrupeds and other advanced mobile platforms. Dozens of companies have introduced commercial products or prototypes over the past few years, ranging from industrial inspection robots to general-purpose humanoids.
However, the FCC’s language is not limited to China. In principle, manufacturers based in Europe, Japan, South Korea or elsewhere could also be affected if their products fall within the scope of the determination.
The announcement focuses on where devices are produced rather than the nationality of the company behind them.
Is this really about cybersecurity?
Supporters of the decision argue that the risks are genuine.
Modern robots increasingly operate inside factories, power stations, logistics centres, research facilities and other locations that form part of critical national infrastructure. A compromised machine could potentially collect sensitive operational information or interfere with physical operations.
Critics, however, are likely to question whether cybersecurity tells the whole story.
The global robotics industry is entering a period of intense competition, particularly in humanoid robotics, where Chinese manufacturers have made rapid progress in reducing costs and increasing production capacity.
Many analysts expect advanced robotics to become one of the defining industries of the coming decades, with applications spanning manufacturing, logistics, healthcare, construction, defence, agriculture and domestic services.
Against that backdrop, industrial policy, economic competitiveness and supply chain resilience are increasingly overlapping with national security considerations.
Whether this latest decision is viewed primarily as a cybersecurity measure or as part of a broader strategy to strengthen domestic technological capabilities will likely remain a subject of debate.
Is there an exception?
Yes.
The FCC’s action includes a mechanism for Conditional Approval.
Manufacturers can apply for approval through the relevant US government process. If national security agencies determine that a particular device or class of devices does not present unacceptable risks, those products may still receive FCC equipment authorisation.
That means the policy is not an absolute prohibition on every foreign-produced advanced robot.
What happens next?
The immediate commercial impact may be limited because existing authorised products remain unaffected.
The longer-term implications, however, could be significant.
Manufacturers seeking access to the US market may need to redesign products, alter software architectures, strengthen cybersecurity measures or relocate elements of manufacturing and supply chains.
Other governments will also be watching closely. If similar policies emerge elsewhere, robotics companies could find themselves navigating an increasingly fragmented regulatory environment in which market access depends not only on technical performance and price, but also on cybersecurity assurance, supply chain transparency and geopolitical considerations.
Whatever the outcome, one thing is becoming increasingly clear: governments no longer view advanced robots simply as machines that perform useful work. They are beginning to see them as connected digital infrastructure whose communications capabilities may carry strategic importance alongside their mechanical functions.
That represents an important shift in how robotics is perceived—and one that is likely to shape the industry’s future for years to come.
