Canada has a peculiar problem. We're exceptionally good at creating worldchanging AI research and exceptionally bad at keeping the economic benefits of that research.

We're like a high-end talent factory with a massive export problem.

But here's the twist. Recent geopolitical shifts might have just handed us an unexpected opportunity to flip the script.

Welcome to episode 4 of my series AI Hype Versus Reality, where I dissect actual facts from noise.

And today we're looking at Canada's AI brain drain.

Is it as bad as the headlines suggest or are we missing something important?

Case in point. Let's start with what Canada gets right. And trust me, there is a lot.

Canada is undeniably a powerhouse in AI research. Often ranking in the top three to four countries for AI research and academic achievements in 2025.

Canada has had major breakthroughs in AI, worldclass talent and noteworthy applications across multiple sectors.

back propagation algorithm and later word embeddings developed by Jeffrey Hinton are really the core reason we're able to use LLMs like GBT, Claude, Gemini or Llama today.

Canada also takes pride in some notable achievements in AI architectures.

Time delay neural networks that recognize patterns in sequence data especially in audio or speech.

Boltzman machines also co-invented by Jeffrey Hinton that learn to represent and generate patterns which is the foundation for unsupervised learning and later deep generated models.

University of Toronto researchers, including Aiden Gomez, co-authored the influential 2017 paper on transformer network architecture.

In case you haven't heard about it, this is one of the most important scientific papers of the decade.

Anyone who works with machine learning will tell you how fundamental transformers have become to today's machine learning.

Richard Sutton at the University of Alberta developed core algorithms in model reinforcement learning.

His textbook became a standard reference for researchers across the world.

AlexNet from 2012 developed by Jeffrey Hinton, Alex Kvski and Ilasgiver at uft was the first deep convolutional neural network that achieved dramatic advances in image recognition which marked a pivotal moment in the deep learning revolution.

The practical AI applications are impressive too. AI powered wildfire prediction, affordable AI prosthetics like smart arm and worldclass research hubs like the Vector Institute in Toronto, Mila in Montreal and Alberta Machine intelligence institute in Edmonton.

I spoke about this in my very first video about Canada and I would like to highlight it again. Canada has a very strong academic and intellectual potential.

I think that Canada doesn't have a very strong marketing as a country, but it's like that one quiet nerdy kid sitting at the very back who knows answers to every single question.

Now, how has public and academic funding shaped the type of AI research conducted in Canada?

Canada is known for fundamental and academic AI research.

This is important. Not commercialization that brings us a ton of money, but academic research.

In 2017, Canada launched the panadian AI strategy that prioritizes academic research by supporting renowned institutes such as Mila in Montreal, Vector Institute in Toronto, and Alberta Machine Intelligence.

This was the first program of its kind globally, which expanded in the recent years, investing over $2 billion since inception.

This was followed by an additional $2.4 4 billion commitment in 2024.

Here's the thing. Canada has the privilege of being able to afford curiositydriven research.

Research driven by questions about foundational principles and hypothetical possibilities rather than immediate market or industry needs.

Now, why do I call it a privilege?

Because for many folks working in academia, the ability to work on things that they read in sci-fi books about is a dream come true.

Not every country can afford to give that possibility and opportunity to scientists.

Canadian scientists work on long-term foundational AI problems, foundational algorithms, mathematical proofs, studying properties of learning systems, often without a specific commercial strategy in mind.

The majority of public funding through federal agencies has historically gone to basic research, student training, and professional research chairs.

Sounds pretty great, right?

Well, here's where things get interesting.

There is one fundamental problem with this type of AI specialization. This research doesn't fully translate into opportunities and money to the extent that it needs to.

Don't get me wrong, I'm not making sweeping generalizations.

Things are happening, but there is a glaring gap between Canada's exceptional potential as an AI research leader and the scale of its domestic and most importantly international commercialization, particularly compared to the United States.

Let's understand why.

Canada's inability to fully translate world-class AI research into largecale commercial success isn't a single failing. It's a tangle of structural, cultural, and historic problems.

Here's some historical context.

Canadian tech and AI research have been deeply rooted in academia since the post-war era.

Canadian governments poured resources into universities and fundamental research, and they did create world-class research hubs, but not equally robust pathways to market.

This fostered a culture where research excellence and publications were prioritized over building products or companies.

Technology transfer processes, moving innovation from lab to market, were slow, bureaucratic, and often dep prioritized.

Canadian universities develop technology transfer offices decades after the US peers and are frequently described as ill adapted to quick pivots necessary to take an idea from market to scale it.

Unlike the US where major government contracts provide vital runway for new cutting edge ideas.

Think SpaceX or Palunteer.

Imagine SpaceX without NASA.

Exactly.

Canadian governments are less likely to serve as anchor customers for early stage innovation companies.

On top of that, Canada faces a smaller domestic market and startups often relocate or sell early to access the US buyers as well as their venture capitals and customer bases.

Now, I'd like to add a few things here as I personally don't think that the size of the domestic market is a very good excuse.

Sure, Canada has a small domestic market.

So does Switzerland. So does Sweden and so does Israel.

Switzerland dominates Europe in semiconductor and chip production.

Sweden pumps out unicorns that scale globally.

And Israel produces insane cyber security products that dominate the US market.

Canada can make domestically and export technology.

We can make patents and sell to others.

we can find niches to take over and fully dominate as a market leader.

But commercialization is not our forte.

And what this leads to is intellectual property leakage because most successful Canadian companies get quickly acquired or headquartered elsewhere.

Canadian leaders are generally riskaverse.

Many Canadian firms are slow to see AI as relevant to their operations which leads to minimal experimentation and pilot project.

If you're surprised, trust me, you're not alone.

So was I.

But when I was doing the research for this video, I found a bunch of resources published by Canadian authors.

And surprisingly, yes, we are slow in AI adoption compared to other tier one tech markets.

I am personally very lucky in that regard because I work at a company that hugely embraces AI adoption, which is amazing.

And I'm thankful for the fact that my own workplace keeps everybody on their toes.

Maybe that's why I make videos about debunking myths that AI is going to replace us all.

Because when you truly understand how it works, it becomes pretty evident that it won't happen.

But outside the bubble that I'm in, the AI adoption in Canada is slow.

Now, I would like to pause here and bring your attention to the intellectual property or IP crisis because it's really important.

Why is intellectual property so important in the context of commercialization?

It's important because it determines who ultimately controls, profits from, and builds on major AI inventions.

Let me hit you with some sobering numbers.

The intellectual property and startup acquisition crisis is more serious than ever.

About 75% of patents produced by researchers at Canada's top AI institutes now belong to foreign multinational giants like Uber and Nvidia.

Only 7% fully remain in Canada.

Let that sink in.

Only 7%.

We're not just losing intellectual property. We're losing our economic future.

Major AI advances like new models, algorithms, and methods can underpin entire new industries or billion-dollar companies.

If intellectual property developed here is commercialized elsewhere, the biggest gains acrew to other countries, not us.

Let's talk about why we're losing intellectual property.

Lack of commercialization infrastructure.

Federal incentives often support research or early pilots, but not the messy middle. integration, ongoing costs, training and scaling projects is often dep prioritized past V1.

Projects frequently die after the pilot phase due to this budget cliff.

Insufficient domestic funds, lack of hands-on capital, and large investors willing to commit the resources needed through the full commercialization and the valley of death.

Access to scale capital.

Many Canadian ventures reach a ceiling in local VC and must look to US funds or buyers for 100 million plus rounds needed to compete globally.

Insufficient AI compute.

Canada has lagged in scaling up public and sovereign AI compute infrastructure. A critical component for modern AI R&D and commercialization.

The lack of domestic supercomputing forced many startups and researchers to seek resources abroad, often relocating entirely.

Are there specific examples of Canadian AI research breakthroughs that failed to commercialize in Canada but succeeded elsewhere?

Yes.

Scent ML, Toronto-based AI optimization innovator acquired by Nvidia for over $400 million.

Nvidia's gain Canada's brain drain.

Tantorrrent raised nearly $700 million then relocated its headquarters from Toronto to Santa Clara to tap into bigger US markets.

Tentor's move exemplifies a relocation for scaling dynamic.

Element AI $250 million in funding sold to US-based Service Now.

This acquisition was viewed as a loss for Canadian tech sovereignty.

It highlighted challenges in scaling complex AI ventures domestically without foreign support or buyouts.

Maluba acquired by Microsoft shows a recurring pattern. Global tech companies acquire Canadian breakthroughs to power their own R&D rather than fostering Canadian corporate champions or retaining the full cycle of innovation domestically.

Notice a pattern.

We're very good at creating worldclass AI ventures. We're just not very good at keeping them.

Now, let's talk about the talent drained by the numbers.

Recent Statistics Canada data revealed that about 86% of mathematics and computer science graduates were still in Canada 3 years after graduating.

This means that roughly 14% left within 3 years.

The retention drops further at the PhD level.

Only 83% of Canadian doctoral graduates remain in Canada 3 years postgraduation, implying that about 17% of new PhDs across all STEM fields left for opportunities abroad.

This higher doctorate outflow suggests that the more highly trained the individual, the more likely they are to seek employment outside of Canada.

Canada's presence among the world's elite AI researchers has declined significantly.

In 2019, Canada was home to about 10% of the world's most elite AI researchers.

By 2022, that share dropped to 3%.

The most elite in this context refers to the top AI research scientists, for example, those selected for most prestigious conference presentations.

Similarly, Canada's share of top tier AI researchers, a slightly broader group working in country fell from 6% to 2% in 2022.

Many leading AI experts who have Canadian ties by training or origin are now working and building fantastic companies elsewhere.

The United States is by far the top destination.

About 17% of Canadian PhD graduates were working in the US a few years after graduation with 8% in other countries.

This suggests that twothirds of all Canadian PhD holders abroad are in the US.

In summary, when it comes to Brain Drain, we're very focused customers.

We don't spread our talent around. We ship it directly to the Silicon Valley, American companies, and American universities.

Now, why do they leave?

The primary driver is money and resources.

Canadian AI Institute leaders note cases of astronomical offers.

Seven figure salary offers straight out of graduation offered by some American firms.

Seven figures straight out of graduation.

Fang companies can offer compensation packages seldom matched in Canada.

Beyond salary, these companies provide massive research budgets, state-of-art computing infrastructure, and projects with global impact, which is very important for scientists, often times more important than the salary itself.

In short, talent gravitates to where the money and cutting edge opportunities are, often Silicon Valley or other major US AI labs.

A number of students mentored by Canada's godfathers of AI like Jeffrey Hinton and Joshua Benjio moved to the US after graduating.

Now, why is Canada able to build but not sell?

Policy makers have framed the risk simply. Canada could end up mainly importing AI solutions instead of exporting them.

When Canadian trained talent builds careers at foreign firms, the intellectual property, patents, and AI platforms they create usually reside outside of Canada.

Canada's AI pioneers have expressed that the country must strive to be a producer, not just a consumer of AI innovation.

We have a rare opportunity to make a very a very expensive domestic product, a pipeline of expensive products, and start pumping them out the way China pumps out pretty much anything from plastic to cars.

A continued brain drain undermines this goal.

Over time, this dynamic could put Canada at a competitive disadvantage in terms of tax sovereignty and economic returns from the AI sector.

And now, plot twist.

Trump's administration and new policies beginning in 2025 have directly affected Canada's AI brain drain in the opposite direction from what many might expect.

Instead of worsening Canadian talent outflows, recent US policies have created an opportunity for Canada to reverse some of its historic brain drain, especially among highly skilled AI researchers, academics, and STEM professionals.

Now, how have the US administration policies changed?

significant cuts to federal funding for US research, new restrictions on grant criteria, more politicized intervention in higher education, promises to shorten visa durations, and limited pathways like H-1B, OPT, and STEM OPT.

And let's be honest, the reason the Silicon Valley has become the Silicon Valley that we know it is because of H1B.

And by the way, to be clear, I'm neither condoning nor condemning this.

I simply treat this as a data point in my research and stating what happened.

So, please don't get into whose side are you on.

The official AI action plan released in July 2025 by the Trump administration makes no mention of immigration or the attraction of foreignb born talent and instead focuses on domestic regulation and federal procurement.

How does this affect Canada?

Canadian universities and research institutes have reported increased numbers of US professors, researchers, and international students seeking to relocate to Canada.

Multiple reports refer to this as a golden chance for Canada to reverse its brain drain as highly skilled people leave a newly restrictive US for more stable and researchfriendly environments.

Now, there is a very slim chance of this video making it to Mr. Carney's administration.

But if you do happen to see this video, Mr. Carney, please don't f this up.

This is our chance and it's not going to last forever.

Conclusion. So, is Canada's AI brain drain real?

The answer is nuanced.

The numbers don't lie.

We've gone from 10% to 3% of the world's elite AI researchers in just three years.

But, and this is important, the tide might be turning.

Canada's fundamental strengths remain intact. Worldclass research, significant government investment, ethical AI leadership, and now unexpectedly or expectedly, a geopolitical advantage.

The brain drain was real.

The question now is whether we can capitalize on this moment to reverse it.

And that's it for this episode of AI Hype versus Reality.

Would love to hear what you guys think.

Are we witnessing a reversal of Canada's AI brain drain or just a temporary blip?

Let me know in the comments and I'll see you in the next episode.

As always, I hope this was helpful.

Till next time.

Bye.