Canada’s Digital Sovereignty: From Buzzword to Blueprint

By John Ruffolo, Founder & Managing Partner, Maverix Private Equity and Peter Shi, Associate Partner, Maverix Private Equity

Let’s stop pretending “digital sovereignty” is some abstract academic concept. It’s not. It’s about control. Control over our data, our communications, our AI, our money, our mobility, our food, our healthcare, and our defense. It’s about whether Canadians actually own their digital future or just rent it from other countries.

We love to talk about “innovation” and “sovereignty” in the same breath, but the truth is this: Canada doesn’t really own much of its digital destiny today. Our data sits on servers controlled by foreign companies. Our satellite communications depend on foreign systems. Our AI runs on foreign cloud infrastructure. Even our emerging digital money supply: stablecoins, is being built elsewhere.

We’re a tenant in the digital economy. We get access, but no ownership. We’re on the verge of becoming digitally colonized into a serfdom. When you rent from foreign powers, you surrender not only control but the ability to capture the economic upside that drives prosperity and standard of living.

That should make every policymaker, founder, and investor deeply uncomfortable. Digital sovereignty is about our economic survival.

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What Digital Sovereignty Actually Means

When we think of sovereignty, we picture borders, land, and flags. Digital sovereignty works the same way, but just in cyberspace.

At its core, it means Canadian data, communications, and infrastructure are stored, governed, and secured under Canadian law. Not someone else’s.

To have sovereignty, we need:

1. Physical infrastructure: servers, satellites, and networks have residency in Canada and controlled by Canadian companies, and operated by Canadians.

2. Legal infrastructure: Canadian regulation and jurisdiction over how that infrastructure operates.

3. Economic control: the ability to tax, procure, and invest in it strategically.

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Why It Matters

We learned during COVID how fragile global supply chains are. The same is true of our digital supply chains. The unseen networks that move our data, power our AI, and run our financial systems are under threat.

If a foreign government can legally compel access to our data (see: the U.S. Cloud Act), or if we rely on satellites owned by foreign entities to connect remote regions, or if our AI compute is tied to U.S. export controls, then we’re not sovereign.

We’re exposed.

This isn’t anti-American or anti-globalization. It’s about ensuring that Canada isn’t digitally colonized.

We list below some examples.

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Example 1: Satellite Communications - The Sky Isn’t Neutral

Start with space.

Satellite communications are no longer just about beaming internet to remote communities. They are the 21st-century equivalent of railroads, highways, and power grids.

Today, much of our satellite connectivity runs through foreign systems such as Starlink (SpaceX), OneWeb (French owned), and others. If access, pricing, or policy terms ever shift for geopolitical or commercial reasons, Canada could find itself at the mercy of foreign interests.

This is where Canadian innovation can shine. Toronto-based Kepler Communications is a great example. They are building a homegrown low-Earth orbit satellite network designed to move data securely, efficiently, and globally.

If we’re serious about sovereignty, we need to back companies like Kepler. Not with slogans, but with procurement dollars. Every time Ottawa signs a contract for satellite capacity, it should ask: Does this strengthen Canada’s sovereign capability?

Short term, we can share capacity with allies or invest in Canadian-led constellations.

Medium term, we must scale Canadian systems that serve defense, critical infrastructure, and northern communities directly. These are large scale nation-building projects, deemed to be in our national interest. Canada’s vast geography forced us to build the infrastructure others take for granted. The Transcontinental Railway for example, was a major project that made a large country much more accessible and connected. Canadian satellite constellations fit the mold as well. They underpin Arctic sovereignty, wildfire monitoring, and rural connectivity. All are commercially compelling use cases that also create public goods that broadly benefit society. These major projects are capital intensive and requires long-term commitments that Canada can strengthen with investment dollars.

But Kepler isn’t alone. Companies like Canadian Space Mining Corporation, NordSpace, Reaction Dynamics, and Maritime Launch Services are pushing boundaries in launch systems, space exploration, and next-generation propulsion. These firms represent the backbone of a sovereign space ecosystem.

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Example 2: Sovereign AI Compute — From Data Centres to Chips

AI sovereignty is the most misunderstood concept in tech policy today. Everyone says “we need our own AI strategy,” but few grasp what that actually means technically.

Think of AI sovereignty in three layers:

1. Physical infrastructure: data centres, servers, and compute hardware that run AI models.

2. Soft infrastructure: the models themselves (like large language models, or LLMs), and the data that trains them.

3. Chipsets and photonics: the semiconductors and optical hardware that make it all possible.

Short Term: The Physical Layer

The starting point is the data centre.

If our AI workloads live on clouds owned by Amazon, Google, or Microsoft - even if the servers are physically in Canada - the data can still be accessed under the U.S. Cloud Act.

This is not sovereign.

Canada has homegrown players like ThinkOn, Micrologic and Denvr, Canadian-owned cloud and data centre operators that actually run under Canadian jurisdiction. We should be scaling firms like these to provide secure, sovereign cloud infrastructure for AI workloads, government systems, and critical industries.

This is the low-hanging fruit: invest in Canadian-controlled physical infrastructure that is legally out of reach from foreign surveillance or extraterritorial claims.

Medium Term: The Software Layer

Next comes the “soft” layer - the AI models themselves.

We don’t need to replicate OpenAI or Anthropic overnight. But we do need Canadian frameworks that define how models ingest, store, and apply Canadian data.

Toronto-based Cohere is a great example of how to do this right: it’s building world-class large language models here in Canada, training them responsibly, and deploying them under domestic governance.

Government and enterprise buyers should prefer sovereign models like Cohere’s for sensitive applications such as healthcare, defense, financial supervision - where sovereignty over data and decision-making matters most.

But here’s the nuance: when the Government of Canada invests to secure compute capacity, much of that capital ends up flowing to US based companies, which own the infrastructure. In the short term, that’s understandable given the urgency and lack of domestic alternatives. However, if we continue down this path, the economic benefits such as jobs, profits, and strategic leverage will accrue outside Canada.

In short: we don’t have to own everything yet, but we do need to control what’s critical.

Alongside Cohere, companies like Waabi (AI for autonomous trucking) and Ada (AI for customer support) show that Canadian companies can lead in critical AI verticals beyond language models.

Long Term: The Chip and Photonics Layer

Then there’s the long game - the hardware itself. Never before have nation states so deliberately used industrial policy and targeted allocation of capital to steer a technology. AI is now a strategic asset, and China, France, the U.S., Saudi Arabia and others are deploying it like political currency.

Only the U.S. and China have the scale to sustain a fully self-contained AI economy. Canada on the other hand is a medium power. It is extremely difficult for us to own the full AI stack of chips, data centers, and models. But a sovereignty framework forces us to think strategically: how do we build domestic or allied capacity in chip design, fabrication, and advanced photonics? We can punch above our weight in selected, and critical verticals such as optical interconnect due our talent density in photonics, and energy efficient data centers due to an abundance of excess energy. And to be clear, we NEED to focus on these verticals if we want to play a role in the next few decades of AI.

Canada’s position in the AI supply chain will determine how much influence we have over our own digital future. By developing and owning critical components of the AI stack, we can ensure alignment with our allies and maintain access even if other countries impose export restrictions. It gives us more leverage on the global stage. To be more explicit, if Canada is involved in a critical element of the global AI supply chain such as photonics, it ensures that we won’t be shut out, when there are chip shortages, or when push comes to shove.

Canada quietly has an edge here. The Canadian Photonics Fabrication Centre (CPFC) in Ottawa is a national gem. One of the few facilities in North America capable of producing advanced photonic integrated circuits. Companies like Xanadu, Ranovus, and Inpho are already using photonics to develop breakthroughs in quantum computing, optical interconnects, and high-performance communications hardware. Kepler is launching the first photonics-based optical relay LEO satellite in the world.

This is our wedge. While others fight over legacy silicon, we can lead in photonics. Faster, greener, and strategically distinct. But here’s the critical point: the underlying IP is what separates a tenant from a landlord, a colonial serf from a colonial master. Owning the intellectual property behind photonics and advanced chip design is what ensures Canada captures the economic upside, and not just rents access. Without IP, even if we manufacture, we remain dependent. With IP, we control the rules of engagement.

Government can catalyze this by aligning procurement and R&D funding toward Canadian photonics leaders and ensuring organizations like the CPFC are treated as sovereign infrastructure: protected, expanded, and prioritized for domestic innovation.

If we do that, Canada doesn’t just participate in the AI race, we own a lane of it.

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Example 3: Stablecoins and the Financial System

Now, let’s talk about the most sovereign system of all - money.

Canada’s financial infrastructure is robust but aging. Meanwhile, digital currencies and stablecoins are redefining what “money” even means. The U.S. is advancing through the Genius Act and private stablecoin legislation. Europe has MiCA. Even developing economies are deploying digital currencies faster than we are regulating them.

If we sit idle, Canada’s digital financial sovereignty will be outsourced by default. Canada just made a huge leap forward in the right direction by announcing the draft Stablecoin Act. The pragmatic short-term first step is the launching of Canadian-dollar stablecoins - issued or regulated domestically, governed under Canadian law, and backed by Canadian assets. The next step is the movement from a “Level 2” solution built on a public blockchain to a fully sovereign Level 1 blockchain. Why does this matter? Because without a Canadian-controlled L1 rail, we risk losing monetary sovereignty and economic leverage. Without it, capital will flow to foreign stablecoins, draining deposits, weakening demand for Canadian bonds, and outsourcing control of our financial rails to foreign companies. Acting now ensures Canada shapes the rules, safeguards monetary policy, and secures its role in the digital economy.

The good news? Canada already has innovators building the foundation for sovereign rails. Companies like Transactix, which is developing tokenized payment infrastructure, and Sequence, which is building for blockchain powered payments and wallets, are proving that Canadian talent can lead in digital money infrastructure. Acting now ensures Canada shapes the rules, safeguards monetary policy, and secures its role in the digital economy.

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The Path to Partial, Then Full, Sovereignty

Here’s the key: sovereignty isn’t binary. You don’t flip a switch and become “digitally independent” overnight.

You build it layer by layer, decision by decision.

Start partial, end full.

• Satellites: Start with shared or co-owned constellations; evolve to fully Canadian networks like Kepler’s.

• AI Compute: Start with Canadian-owned data centres like ThinkOn; move up to sovereign models like Cohere; invest toward domestic chip and photonics capability through CPFC, Xanadu, Ranovus, and Inpho.

• Stablecoins: Start with regulated Canadian-dollar tokens; move to a sovereign blockchain and eventually a national digital currency backbone.

Every procurement contract, every infrastructure grant, every tax credit should be judged by a simple question:

Does this strengthen or weaken Canada’s digital sovereignty?

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Why It’s Urgent

The United States isn’t waiting. Europe isn’t waiting. Japan, South Korea, and even Brazil are building sovereign digital frameworks for AI, finance, and space. Take a step back and look at how governments across the globe treat AI today. Countries are actively shaping markets to create “national champions”. These are state-backed companies designed to lead and compete globally. The scale of industrial policy is unprecedented. From AI to semiconductors, these firms are the centerpiece of national strategy, ensuring that economic and technological leadership remains aligned with political objectives.

And while the U.S. actively fortifies its digital sovereignty – kicking TikTok out of the house, Canada’s still lounging on the couch, happily renting the basement. We can – and must – do better.

If we don’t move now, we’ll find ourselves locked out of critical technologies, dependent on foreign providers for our defense communications, and watching our best AI and fintech companies get bought or relocated abroad.

Sovereignty doesn’t come from regulation alone. It comes from ownership.

So let’s get serious. Let’s build the infrastructure, own the IP, and back our own companies with procurement, capital, and conviction.

Otherwise, we’ll keep exporting our ideas, our data, and our dreams — and buying them back at a markup.

Digital sovereignty isn’t about waving the flag online. It’s about making sure the flag still means something in the digital world.

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