Canadian Robotics Firm Considers Moving to U.S. After Washington Rules Shut It Out of Its Biggest Market

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For a young Montreal technology company built around making dangerous high-rise maintenance safer, the biggest threat to expansion is suddenly not engineering—it is market access. Windo Smart, which develops drone-based systems for cleaning building exteriors, says new U.S. restrictions on foreign-produced connected machines have disrupted its plans in what it considers its most important growth market. Chief executive Sébastien Méthot is now openly considering moving operations to the United States.

The dilemma reaches far beyond one Quebec company. Washington is increasingly treating robotics, drones, artificial intelligence and their supply chains as national-security assets. Rules designed largely around concerns over foreign technology—particularly Chinese manufacturing—are consequently catching companies from allied countries as well. For Canada, the question is becoming uncomfortable: can innovative firms remain Canadian when access to the American market increasingly depends on producing technology inside the United States?

Windo Smart’s American Growth Plan Suddenly Looks Different

Windo Smart is not a decades-old industrial giant with factories scattered around the world. The Montreal business emerged only recently, with Global News reporting that it launched in 2023. Its technology uses drones and robotic systems to clean high-rise buildings, replacing some of the work traditionally performed by crews operating from suspended platforms or ropes. The company says its commercial system combines hardware, software, training and ongoing support rather than simply selling an off-the-shelf drone.

That makes the United States especially important. Méthot told Global News that the U.S. had become the biggest market Windo Smart expected to sell into after it expanded south of the border. The new restrictions changed that calculation. Instead of choosing where to expand based primarily on customers, costs and engineering talent, the company is now considering whether its location itself has become a competitive disadvantage. Méthot says remaining in Quebec is his preference, but relocation to the United States is now being examined rather than dismissed as a hypothetical possibility.

The FCC Has Turned Manufacturing Location Into a Market-Access Question

The immediate backdrop is a July 28 decision by the U.S. Federal Communications Commission. The FCC added foreign-produced advanced robotic devices and connected power inverters to its Covered List, which identifies equipment considered to pose unacceptable national-security or public-safety risks. Once equipment falls within a Covered List category, a new model generally cannot receive the FCC authorization needed before many electronic products can be imported, marketed or sold in the United States.

There is an important qualification. Washington did not order Americans to throw away existing robots, nor did it automatically remove previously authorized products from stores. The FCC said models already approved can continue to be sold, imported and used unless regulators take additional action. The principal barrier falls on new covered models seeking authorization. That distinction matters for growing companies such as Windo Smart because their business depends on continually introducing or modifying equipment. A regulatory system that permits yesterday’s model but blocks tomorrow’s can still effectively freeze an expansion strategy.

Windo Smart’s Drone Technology Exposes an Important Regulatory Nuance

The scope of Washington’s rules is more complicated than the shorthand description of a ban on “foreign robots.” The FCC’s July advanced-robotics definition focuses on mobile ground machines such as autonomous robots, humanoids and quadrupeds. Covered devices generally must exceed 4.4 pounds with an applicable station, sense their surroundings, have network connectivity and use software to control functions such as movement, perception, data collection or remote operation. Stationary industrial robots and several medical devices are expressly excluded.

Uncrewed aircraft systems are also specifically excluded from that particular definition—and that is significant because Windo Smart publicly describes its flagship technology as a drone-cleaning system. Drones, however, face their own FCC restrictions. Foreign-produced UAS were separately placed on the Covered List beginning in December 2025. Consequently, Windo Smart’s problem should not be understood as hinging solely on the July ground-robot category. The precise regulatory pathway depends on its equipment configuration and authorization status, but Washington’s broader restrictions on foreign-produced connected autonomous equipment can still produce the market-access problem Méthot describes.

Washington Says Cybersecurity and Supply Chains Justify the Crackdown

The U.S. government says its concern goes beyond conventional trade protection. In the national-security determination supporting the robotics action, officials argued that connected robots can collect detailed information about homes, factories and sensitive facilities while also possessing the ability to move physically through those environments. The FCC cited risks involving cameras, microphones, mapping systems, network connectivity and the possibility that compromised devices could be remotely manipulated.

Officials also pointed to actual cybersecurity incidents rather than relying exclusively on hypothetical scenarios. The determination referenced a vulnerability disclosed in early 2026 that reportedly allowed remote access to thousands of foreign-produced consumer robots, as well as earlier vulnerabilities involving humanoid and quadruped systems. Washington’s argument is that dependence on overseas sensors, actuators, batteries, software and other components creates both cybersecurity exposure and supply-chain leverage. Critics of the broad approach, however, note that a rule based on where equipment is produced can affect Canadian, European and other allied manufacturers even when no specific security problem has been identified with their products.

Companies Have a Route Back In—but Washington Wants More U.S. Production

Foreign manufacturers are not necessarily locked out permanently. The FCC framework includes a Conditional Approval process under which a producer can seek an exemption for a particular robotic device or class of devices. For advanced robotic products, the review is handled through the U.S. Department of War. Applicants can be required to provide information about corporate ownership, manufacturing locations, supply chains, software, firmware and components, along with plans concerning production in the United States.

There is another route: producing equipment that qualifies as a U.S. “domestic end product.” The FCC incorporated the Buy American standard when defining whether these particular products are foreign-produced. Under the current federal acquisition rule, qualifying manufactured products generally face a domestic-component threshold of more than 65 per cent during 2024 through 2028, rising to 75 per cent beginning in 2029, subject to the rule’s detailed exceptions and conditions. For a Canadian startup, therefore, American manufacturing can become more than a cost decision—it can determine whether future products have straightforward access to U.S. customers.

Canada Has Robotics Expertise, but Scale Remains a Challenge

Windo Smart’s situation is particularly striking because Montreal already possesses specialized expertise related to the technology it is developing. The National Research Council operates an Aerial Robotics Laboratory in Montreal specifically designed to test contact-based drone applications on elevated structures. Its indoor facility can accommodate drones weighing as much as 25 kilograms and supports work involving inspection, maintenance, painting, repair and other tasks where sending people into difficult locations can be expensive or hazardous.

Canada is also a meaningful adopter of industrial robotics, although the U.S. market is substantially larger. International Federation of Robotics data show Canada installed about 3,800 industrial robots in 2024, down 12 per cent from the previous year, with automotive manufacturing accounting for 47 per cent. Canada had approximately 241 industrial robots for every 10,000 manufacturing employees in the latest density comparison, versus 307 in the United States. Those numbers do not measure Windo Smart’s service-drone niche directly, but they illustrate the commercial reality: Canadian companies can develop sophisticated technology at home while still needing a much larger American customer base to achieve scale.

Windo Smart Is Not the Only Canadian Company Thinking About Moving

Méthot’s relocation comments arrive during a broader rethinking of where Canadian companies should manufacture. A KPMG Canada study released in July surveyed 275 manufacturers and found that 42 per cent had either already transferred some production to the United States or were considering doing so. Twenty-nine per cent said they had moved at least some production, while another 13 per cent planned a move. Among the latter group, 77 per cent expected it to happen within two years.

Dependence on American demand helps explain the pressure. Sixty-one per cent of manufacturers surveyed by KPMG agreed their business could not survive without access to the U.S. market. Meanwhile, 57 per cent had paused, reduced or cancelled capital spending because of economic uncertainty and trade pressures, and 42 per cent had reduced or paused research-and-development investment. Windo Smart therefore represents a particularly visible version of a much larger Canadian dilemma: companies may keep their founders and headquarters in Canada while increasingly directing the next factory, production line or major investment southward.

The Robotics Rule Fits a Broader U.S. Push to Pull Production Home

The FCC action is legally distinct from tariffs and traditional Buy America procurement restrictions, but the economic direction is similar. Washington increasingly links access to strategically important markets with domestic production. Canada’s own Trade Commissioner Service warns exporters that U.S. Buy America rules attached to federally funded infrastructure projects can place Canadian goods at a significant disadvantage, despite the countries’ deeply integrated supply chains and trade agreements.

Robotics adds a new dimension because the product itself combines manufacturing, artificial intelligence, sensors, communications hardware and valuable data. Moving the assembly line can eventually pull engineering work, supplier relationships and additional investment with it. That is why Windo Smart’s possible relocation carries significance beyond the company’s current size. A startup may begin with only a modest staff, but its location decisions can determine where future programmers are hired, where prototypes are tested and where intellectual property is commercialized. Washington’s policy is explicitly intended to strengthen an American robotics industrial base. The Canadian concern is that one consequence could be weakening the equivalent ecosystem north of the border.

The Next Decision Could Determine Whether Windo Smart Remains a Quebec Story

For now, Windo Smart has not announced that it is leaving Canada. Méthot has described two broad alternatives: concentrating more heavily on Canada and Europe, or relocating in order to preserve access to the United States. Conditional approval or a manufacturing structure satisfying U.S. requirements could create additional possibilities. Much will also depend on exactly how the company’s different equipment and future models are classified under the FCC’s separate rules governing drones and advanced robotic devices.

That uncertainty leaves policymakers with a larger challenge. Ryan Gariepy of the Canadian Robotics Council argues that Canada needs to think more seriously about deploying robotics domestically, while Méthot has called for stronger investment in Canadian technological sovereignty. The immediate story concerns one Montreal entrepreneur trying to decide where his company can grow. The longer-term issue is whether Canada can provide enough customers, capital, procurement opportunities and manufacturing depth for robotics companies to stay. If reaching the world’s largest nearby market increasingly requires becoming American-made, more Canadian founders may eventually confront the same choice.

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