Keeping Canada’s Ideas at Home: Canadian IP Retention in a Digital Economy
Canada risks remaining a mere feeder system for global economies rather than an owner of its own future.
In early 2026, Y Combinator, one of the world’s most influential startup accelerators, quietly removed Canada from its list of eligible jurisdictions for investment.
While the decision was short-lived, as Canada was reinstated weeks later following public backlash, it was not inconsequential. Y Combinator did not ban Canadian founders or question Canadian talent; it simply adjusted its standard terms. That modest shift, however, would have had outsized consequences.
Canadian companies seeking capital and access would have been required to form US parent companies, protect their IP in the US, and assign ownership of their core IP abroad, leaving Canadian operations as subsidiaries rather than owners.
Why Canadian IP Retention Matters More Than Ever

This is how IP flight typically occurs. It does not happen all at once or through dramatic exits; it happens through incremental incentives and defaults that quietly redirect ownership and value.
“In a globally competitive innovation economy, the Canadian ecosystem, while strong, is structurally fragile when it comes to retaining ownership of intellectual property. “
The Y Combinator episode exposed how easily Canadian innovation can be nudged out of the country without hostility or regulation. It also underscored a more uncomfortable reality that in a globally competitive innovation economy, the Canadian ecosystem, while strong, is structurally fragile when it comes to retaining ownership of intellectual property.
As we mark World IP Day on April 26th, it is worth asking some difficult questions:
Why do so many Canadian-born ideas, and the economic value they generate, leave the country? What must be done to ensure they stay?
The Quiet Drain of Canadian IP

Canada produces globally competitive research and innovation across various sectors, including AI, clean technology, quantum computing, robotics and advanced manufacturing. Yet too often, the patents, datasets, and trade secrets that originate here are commercialized elsewhere, most notably in the United States.
This trend is driven by several structural factors, including:
“Canadian regulatory and technology adoption pathways can be slower and more fragmented, pushing founders and their IP towards ecosystems perceived as faster and more decisive.“
Capital constraints: US investors often fill the funding gap that Canadian innovators frequently face at critical growth stages. However, such investments often come with expectations of IP migration or corporate relocation.
Speed and scale: Compared to some other jurisdictions, Canadian regulatory and technology adoption pathways can be slower and more fragmented, pushing founders and their IP towards ecosystems perceived as faster and more decisive.
Commercialization gaps: While Canadian universities and research institutions excel at generating knowledge, converting that knowledge into a scalable business remains a persistent challenge.
Default legal pathways: Many Canadian companies file their first patent application in the US, often a U.S. provisional, and sometimes only in the US, effectively anchoring their IP and their future growth outside Canada from the outset. Over time, these defaults compound, shaping where companies scale, invest, and ultimately exit.
The Policy Gap on Canadian IP Retention
“Canada does not require a foreign filing license for patent applications, which means inventors are free to file first outside the country without requiring government authorization.”
At least one underappreciated contributor to IP flight is Canada’s legal framework and overall approach to IP retention. Unlike many jurisdictions, Canada does not require a foreign filing license for patent applications, which means inventors are free to file first outside the country without requiring government authorization.
In countries such as the US, China and India, by contrast, inventors must often either file domestically or obtain advance government permission before seeking patent protection abroad.
For example, in the US and China, these requirements are tied primarily to where inventions are made. On the other hand, in India, they are driven by the residence of the inventor, regardless of where the inventive activity occurred. The United Kingdom follows a similar proactive approach, where UK residents generally must file first in the UK or obtain clearance before filing abroad, where national security considerations may arise.
Canada’s notable absence of any comparable filing restriction, except in limited cases involving government employees under the Public Servants Inventions Act, makes it structurally easier for patents arising from Canadian research and talent to be filed, commercialized and captured elsewhere.
Publicly Funded Research Needs Stronger IP Guardrails
“IP created with public funds must generally remain in Israel, and any transfer of such IP requires government approval, and in some cases, can trigger substantial repayment obligations and penalties.”
Another notable policy gap relates to how easily publicly funded Canadian research and resulting IP can leave the country without financial penalties or retention requirements. This stands in tension with significant public investment aimed at strengthening domestic innovation capacity.
Federal Budget 2025 alone committed more than $180 million over four years to IP-related programs, including Elevate IP and IP Assist, while Canada’s new Defence Industrial Strategy seeks to channel billions of dollars in procurement and capital investment toward Canadian firms, jobs, and exports.
By contrast, jurisdictions such as Israel embed enforceable IP-retention mechanisms directly into public R&D funding. For example, IP created with public funds must generally remain in Israel, and any transfer of such IP requires government approval, and in some cases, can trigger substantial repayment obligations and penalties. Absent similar guardrails governing where and how IP arising from publicly funded research may be filed or transferred, Canada’s current approach risks accelerating, rather than preventing, the migration of publicly-funded Canadian innovation abroad.
A Call to Action for Canadian IP Retention
Canada can and does produce world-class innovation. What remains uncertain is whether our policy choices, institutional incentives and market structures are designed to retain the value of that innovation in Canada. Without deliberate and coordinated actions across government, industry and academia, Canada risks becoming a feeder system to other economies.
Anchoring Public Investment to Public Return for Canadian IP Retention
“Where innovation is supported by taxpayer dollars, Canada should implement a targeted IP retention framework to ensure long-term domestic benefit. “
First, public investment must be anchored to public return. Where innovation is supported by taxpayer dollars, Canada should implement a targeted IP retention framework to ensure long-term domestic benefit. This may include disclosure and approval requirements for foreign patent filing or transfer of patents and core IP from publicly funded research, along with financial disincentives or repayment mechanisms where companies relocate or shift control of that IP abroad. At the same time, companies that retain IP and commercialization activities within Canada should be incentivized or otherwise rewarded.
Critically, IP retention frameworks must extend beyond patents to encompass data, trade secrets, and proprietary know-how, particularly in sectors where the most valuable assets are often not patentable at all. Proprietary datasets and processes can be relocated quietly, and retention strategies focused exclusively on patent risk may miss the core sources of value.
Building a Commercialization Strategy That Keeps IP in Canada
“Technology transfer frameworks should be aligned with domestic commercialization objectives, and commercialization expertise should be embedded directly into research programs.”
Next, research excellence is not sufficient to ensure commercial success. Government policies must focus beyond just R&D and IP generation toward an effective commercialization infrastructure. Greater emphasis is needed on productization, market deployment, faster investment decision-making, and programs enabling companies to scale domestically before turning to foreign capital.
Universities also have a critical role to play. Technology transfer frameworks should be aligned with domestic commercialization objectives, and commercialization expertise should be embedded directly into research programs. Generating ideas is essential; ensuring those ideas translate into Canadian-owned businesses is equally so.
Resetting the Defaults That Shape Canada’s Innovation Future
Finally, the ecosystem must confront its defaults. Legal, financial, and advisory norms shape outcomes more powerfully than policy statements. Incorporating abroad and filing patents outside Canada may be the right choice in some cases, but it should be the result of deliberate analysis, not reflex or inertia.
IP Retention = Global Leadership
Canada has a narrow but real opportunity to redefine its approach and move from a passive participant in the global IP landscape to a strategic leader. The question is no longer whether Canada can innovate. It is whether we can own what we create to build a globally competitive economy that captures the long-term value of Canadian IP.
About the Expert
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Reshika Dhir is a Principal in Smart & Biggar’s Toronto office, where she is also Practice Group Lead for Patents: Electrical and Computer Technologies. An electrical engineer, IP lawyer and registered patent agent in both the US and Canada, Reshika is dedicated to spreading her passion for IP and technology.
Smart & Biggar is a Canadian intellectual property law firm with more than 180 lawyers, patent agents and trademark agents across six offices. The firm is one of Canada’s largest practices focused exclusively on intellectual property and related specialty areas.
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