Harvest Now, Decrypt Later: The Quantum Era’s Encryption Challenge

SPEAKERS

Christian Weedbrook, Dr. Stephanie Simmons, John Stackhouse

John Stackhouse 00:00:09

Hi, it’s John here. I don’t want to be a scaremonger, but right now as you’re listening to this, are pretty good that adversaries somewhere maybe trying to collect your data, even your encrypted data. If you’re running a company, a hospital, a public institution, or just sharing data. Basically if you rely on encryption to create digital trust or rely on digital trust for anything, this episode is for you.

Now, these sorts of challenges have been with us for decades, but there’s one word that is really sharpening the challenge in the 2020s and that word is quantum. Today we’re going to talk to two of Canada’s leading quantum pioneers to not only understand what’s at stake in this new global battle that’s taking place in machines all around us, but to get a true sense of how Canada has become a true global leader in both the science of quantum and the art of trust.

We’ll be joined by Dr. Stephanie Simmons. She’s the founder and Chief Quantum Officer at Photonic. It’s a remarkable company that I’ve had the chance to visit in Burnaby B.C. And we’ll also be joined by Christian Weedbrook, the founder and CEO of Xanadu and we’ll visit his quantum lab in downtown Toronto.

You may know both of their names from previous episodes of Disruptors. They joined us in 2023 when most of us probably still filed quantum under the label “someday.” Now, these systems are moving from research labs into production infrastructure and will be critical to Canada’s competitiveness and sovereignty in a high stakes global digital economy.

Here’s a bit of background for those of you who may not have your high school physics textbook quite at hand. Quantum computers use qubits. Those are units that can exist in multiple states simultaneously. And when qubits become entangled, they behave as one coordinated system, solving certain problems exponentially faster than any classical computer could. But as powerful as quantum states can be, they are also incredibly fragile.

The real engineering challenge is correcting errors in real time before all those calculations collapse. Once a system reaches so- called fault tolerance, where they can fix errors faster than they can occur, today’s encryption becomes obsolete. Imagine the threats that can go with that, and guess what?

They’re already active. “Harvest now, decrypt later” means actors, usually bad ones, are collecting encrypted data today to decrypt tomorrow. And if that protection breaks, we just don’t lose privacy, we may lose trust in every institution that holds our information. So today’s episode is about protecting that trust layer of the economy before it’s too late and the breakthroughs that come with it. Let’s get into it. I’m here at the Toronto headquarters of Xanadu, which is really in some ways ground zero of quantum technology, certainly here in Canada. I’m with Christian Weedbrook, the founder and CEO of Xanadu, and behind me is Aurora, a creation of Xanadu and the world’s first networked quantum computer. Tell us what we’re looking at.

Christian Weedbrook 00:03:30

So the first thing to notice is this is a quantum computer. It’s the most advanced quantum computer anywhere in the world in terms of its networking capability. So what we see here is four server racks. They’re roughly about seven feet tall. They wouldn’t look out of place in a normal data center. And this is setting the vision for what quantum computing will become, but the challenge here is how to connect them together. Quantum mechanics makes it typically very difficult to connect server racks together unless you’re using photons or light, which is our approach.

John Stackhouse 00:004:01

Okay, take us deeper into that because certainly to the lay eye, it looks like server racks as you say. So what’s going on here that makes this quantum?

Christian Weedbrook 00:04:11

For any quantum computer, you need to be able to access things like the superposition principle entanglement and interference. So all those properties are occurring here. So we’re using photons or light. Qubits are creating up here. And as they propagate downwards, gates are acting on them. And so it’s very much typical of a normal computer. You have inputs, the bits normally, you have gates and then you have the readout. We have a quantum mechanical version of this where you actually have qubits, gates and then measurements at the bottom.

The key point here is that you actually have light starting at the top, getting created qubits and going all the way down. And that’s happening individually and all these server racks. But the really cool thing is they’re actually talking to each other. You can see down here the yellow cables of fiber optics being connected to their nearest neighbor. And that’s really the revolutionary aspect of this Aurora computer when it relates to scalability.

John Stackhouse 00:005:04

And speaking of scale, how much bigger does this get or is this the size and it’s just the intensity that needs to be focused on?

Christian Weedbrook 00:05:13

This can scale up to arbitrary number of server racks now, so that’s being solved.

John Stackhouse 00:05:17

So how do you improve the performance?

Christian Weedbrook 00:05:19

Essentially, let’s take a laser pointer. Whenever you shine a laser pointer at a wall, you can see the laser on the wall. But if you imagine the wall getting taken kilometers away, the imprinted laser starts diluting. It becomes faint. And that means photons have been lost.

Loss here actually causes the errors in our computation. And as mentioned before, that’s why we use error correction codes, so that will protect us against the loss of information. But the other one is working more and more with foundries. So we actually have photonic integrated chips. And we design them here in Toronto and send them off to different foundries around the world. They made or fabricated these chips and send them back to us. What we need to do is improve the performance of those chips, and that’s how we reduce loss from a physical point of view.

John Stackhouse 00:06:07

Christian isn’t giving us a scoreboard today. He’s actually showing us a path to scale. And here’s the uncomfortable part. Once systems like this truly scale, and they will, the encryption that protects identity and transactions today becomes obsolete. “Harvest now, decrypt later” is the storm on the horizon. Encrypted data is being collected and stored now to be open later, but if that promise of protection breaks, we just don’t lose privacy, we may lose trust in those who hold our information.

Implementing post- quantum cryptography is like replacing your roof before the storm hits. If you wait until water is coming through the ceiling, well, it’s already too late. So what does that actually mean for the trust layer of our economy? Stephanie’s going to break down the risk and what leaders need to do next. Stephanie, welcome back to Disruptors.

Dr. Stephanie Simmons 00:07:00

Thank you so much for having me. I’m excited to be here.

John Stackhouse 00:07:03

John Stackhouse: It’s great to have you as a repeat guest. What do you think about most when you think about this idea of “harvest now, decrypt later,” and what’s at stake?

Dr. Stephanie Simmons 00:07:12

Yeah. What I like about quantum is that we know it’s coming and we have the opportunity to prepare. When ChatGPT happened, it took everybody by surprise. But we know this is coming, so we have the opportunity to just take a deep breath and move. “Harvest now, decrypt later.” Data is a lot cheaper to hold onto today. We know that there’s quite a bit of tracking being done and holding onto communications today so that one could decrypt it in the future.

Now, what’s needed for the cryptographically relevant quantum computer has come down considerably. So just for reference, I’m a founder of a company called Photonic. And one of the things that we brought into the market about a year ago now was efficient QLDPC codes, much more efficient codes. What it does is it’s meant that the requirements to build these big quantum systems that can break into all these codes came in by an order of magnitude or more.

So a lot of these things are moving really quickly. And we know that what it can do is it asks us to think about coming up with a new cryptographic solution for the way that we communicate. Now, that’s just the cryptography side.

John Stackhouse 00:08:15

Well, let’s talk about some of the challenges in commerce and what could break down. Is it going to be identity, authentication, signing? Where do you think the vulnerabilities are?

Dr. Stephanie Simmons 00:08:26

It can do the math that we rely upon for what we’ll call the asymmetric layer of our cryptographic systems. And that’s kind of every exchange. So it’s not just authentication, although for sure it is every step along the way where you could take a look. What we use today is we use a, for the asymmetric part of the encryption, we have this handshake. So two different teams over the internet or whatever network, they have this agreement. We’re like, ” Okay, hey, you are who you say you are. And I’m going to rely that this math problem is really hard to solve, but if you have the solution, it’s really easy to check.” So that’s why it’s called asymmetric.

And what you have is that math is kind of what we’re trusting is unbreakable for all the comms. And so when you’re logging into your account, when you’re logging into anything, when you’re forming any communication, that math is what you’re trusting. And so I think that in the early instances, if an adversarial organization were to use that, it would get access to basically any communication we use online.

Now, okay, what I want to say is that there are new cryptographic standards that people are really excited about and they hope they will withstand all future quantum algorithms. We don’t know all the future quantum algorithms, but there is reason to hope that these ones will be resilient. And so we have the opportunity now to change our software and hope that those new cryptographic standards hold.

So there are solutions here, and people have been working on this, as you can imagine, quite a bit. What I’m glad to hear in this conversation here is the interest in actually taking that step and shift. And it’s not easy. It’s not easy because a lot of teams use third party suppliers that themselves are using vulnerable cryptography. So I think we have that awareness moment. The community knows that this is in five years plus or minus. And we can take the time to go in and just put that additional layer of security to know that we’re going to be quantum safe through the coming years.

John Stackhouse 00:10:38

So that’s the threat. “Harvest now, decrypt later” isn’t science fiction, it’s a trust crisis on a timer. We’ve seen the threat, we’ve seen the defense architecture, but there’s another side to this story. Back to Christian Weedbrook. What can quantum computing actually do for us today and what will enterprises use first?

You’re doing a lot around drug discovery, which is one of the big opportunities with quantum. Tell us more about what you’ve done and where you’re hoping that will go.

Christian Weedbrook 00:11:08

Once you have a large enough quantum computer, as mentioned, once you have hundreds of these server racks performance, our world will look very different. So if you look at pharmaceuticals, it starts off with classical simulation of quantum systems. You go through then synthesizing candidates for drug discovery, same with materials. And then you do clinical trials. So meaning you go from simulations all the way through.

And then ultimately what happens is 90% of the candidates after all these trials fail and you’ve wasted 10 years, one to two billions of dollars, and you only have a 10% success rate. So quantum computing will flip that. So whether it’s drug discovery materials, the simulation of complex systems as the starting point, which traditional computers are doing, quantum computing will do significantly better. And the hope is instead of taking 10 years, you can actually do it in significantly less time, say a year or even a few months. And so that’s why our world will look very different.

John Stackhouse 00:12:08

Stephanie, walk us through some of the opportunities that you’re most excited about.

Dr. Stephanie Simmons 00:12:14

Quantum mechanics is hard to simulate classically. By classically, I mean using light switch, zeros and ones. And because of that, we are okay at simulating small chemicals like some of the small elements that we use for drug design and the rest. But once we get to heavy atoms or complicated molecules, even as complicated as caffeine, we can’t simulate it fully.

So having a tool fit for purpose for the material world opens up with the opportunity to produce not just a large language model, but a large chemistry model or a large physical model to really understand how the physical world works, which would be a whole other layer of capability that we can then bring to whatever industry we want. That can help with corrosion, it can help with metabolism, it can help with more complicated drug design, photosynthesis or redesigning of the energy landscape with having new catalysts to help with all kinds of energy efficiencies. That’s a big one.

In the financial world there’s a lot of people that are looking at how to use these tools to better help with some of those applications, whether or not it be optimization or detection of anomalies or whatnot.

There’s a way to leverage not just AI and classical computing, high-performance computing, but then bring quantum into the mix to have all of the computational tools available to sort out our most challenging problems computationally.

John Stackhouse 00:13:39

I’ve had the privilege of getting to see your computer up close. Most people will not get to see a quantum computer, but they’ll discover quantum through the cloud and through quantum as a service. Tell us a bit more about QaaS, Quantum as a Service and how different enterprises, but also individuals should be thinking about accessing quantum through the cloud.

Dr. Stephanie Simmons 00:14:03

We should all have roadmaps internally. By we, I mean the broader community. How does it impact your business? And understanding those applications and doing the application engineering and development to know what kind of quantum resources you’re willing to pay for. If we were to put a hyper capable quantum computer into the cloud, most wouldn’t know what to do with it. So having that roadmap for like, ” Hey, what would you pay for?” I think that’s really important because if you don’t do it, your competitors will, and then they’ll be able to use it to their advantage in a first mover sense.

Quantum as a Service is the way to get quantum capabilities into the hands of everybody who needs them, but can’t afford a single system. But this is similar to how we’re using cloud compute today. Most teams don’t want to build their own data centers, but they do want to have access to that capability. And I think what’s going to happen over time is the field will progress and the quantum part of it will be under the hood, and you’ll only see the application layer.

And that is again, how people are using a lot of the tools today, right? AI or high performance computing, the really, really high performance teams will go all the way in and understand how to do it themselves, but there will still be a lot of appetite for the high level access that only is providing solutions to problems, not compute cycles themselves.

John Stackhouse 00:15:29

As that evolves, again, help but think about sovereignty and security, the more that quantum is distributed. If you have your own computer as you do, I imagine that is more secure, but as quantum gets distributed through the cloud, there’s more vulnerabilities. How should we be thinking about both sovereignty as a country, but also security for organizations and individuals as that distribution starts to accelerate?

Dr. Stephanie Simmons 00:15:56

That’s a wonderful question because the last thing you want to do is have a quantum computer that could hack anything just be freely available online. That one might be a bit messy.

John Stackhouse 00:16:06

That’s a scary thought.

Dr. Stephanie Simmons 00:16:07

Well, I mean, okay, let’s just be clear. If we get through the cybersecurity transition, which will be a transition, there’ll be some number of years and then we’re done with it, then we should have those tools available for everybody to use for whatever they need. So there will be a place where we think about yes, sovereignty and security through this transition, and that’s where, again, especially because Canada invested in quantum so early, we have a little bit more cultural awareness here than most other countries. We should take that step and be in front of it because then we could be one of the first to actually, from a security perspective, leverage the full benefits.

Now, this comes back to the value side. Perhaps all you’re asking for is an optimization to a problem. And you could submit that job rather than have access to the computer. Then you could make sure that the actual requests are secure, right? Because asking for an optimization is different than asking to hack a communication. Right? And so that could be managed from a security perspective by the providers and done so in a way where it’s not limiting the providers to actually provide value to the world.

Now, I would share that Canada’s way ahead of many, many nations on quantum. And there’s maybe a top 10 list of teams around the world that are on this race to deliver these big commercial scale systems with all these applications. And so from a sovereignty perspective, we have the opportunity to not make the mistakes that we did before and actually double click on a commercialization frontier for this technology, not just invention.

I think it’s our time to learn lessons of commercialization from a sovereignty perspective, because if you take a look at how a lot of new technologies have been developed, you take a look at the iPhone for example. Most of the components for the iPhone were developed through DARPA contracts, a US government agency that fueled defense aspects, but also then were used in the commercial market. And I think that we can learn lessons like that because those programs, they’re absolutely part of the mix, especially if it’s important from a sovereignty perspective to be first and have an actual commercial landing.

Some of the other incentives that come along are all kinds of matching programs or incentive programs. These are really part of the game. And teams want to succeed in stable, lovely places like Canada, but the money talks too. So yeah, we do have to think about that structure and make sure that the plans and structures are in place because people want to win here, and we absolutely can.

John Stackhouse 00:18:41

Companies and universities, public sector organizations and individuals need to come to grips with this incredible opportunity. What’s the key to get going with and focus on in the year ahead?

Dr. Stephanie Simmons 00:18:53

Yeah, I would suggest get a quantum transition plan in place. There’s a lot of work that now exists that you can leverage. You don’t need to start from scratch. Part of that is going to be putting some of the suppliers on notice that you as an org need them to be quantum secure. And also think about internally how you want to benefit from the applications that are known already, and then think about developing them further. Because I would tell you that those applications are coming in thick and fast now because people are really seeing how close this is.

I think back to Avro Arrow and Bombardier and Nortel and Blackberry, I mean, we can do it and we can keep it if we learn from what structurally seems to be working elsewhere, just honestly pattern- matching and hitting that market. So one of the things that the US government is doing, for example, is putting in $ 300 million per quantum company that they think has a shot on goal. And Canada very helpfully is playing with that market force. And so that’s an awareness thing that I think is really positive progress.

From a regulation perspective, I think it’s important to not get too fearful and lock it down because that could be a market force that’s a disincentive to actually build. But let’s just be smart about it, right? Let’s get the cybersecurity in place across the country. We already have a date now. 2030 is our date with the Five Eyes. In general we are thinking about this date, plus or minus. I think we need to bring it in a little bit personally, but that’s because I know some things that maybe others don’t. And we can do it. There’s nothing wrong with it, and then we can really benefit. I think it’s going to be a wonderful wave of capability that we can use on all kinds of hard problems.

John Stackhouse 00:20:30

John Stackhouse: It’s no coincidence that in pretty much every national strategy we now see whether it’s defense and space or autos, and of course, AI, quantum is a key element. And a lot of that is due to your leadership, Stephanie. So thank you for that and thank you for being on Disruptors.

Dr. Stephanie Simmons 00:20:48

Oh, absolutely. Thanks for having me on. It’s a great conversation. Really appreciate it.

John Stackhouse 00:20:55

Here’s one thing that’s really important to remember. Quantum computing isn’t some day, it’s now. The systems are real. The threat is active, the clock is ticking, but this isn’t a story about inevitable disaster. It’s a story of choice. You can treat quantum as both a capability bet and a security retrofit. You can start now inventorying where you rely on cryptography, prioritizing what must stay secure and migrating to post- quantum strategies before today’s protected data becomes tomorrow’s breach. Or I guess you can wait for the headline moment, but by then, too late.

If you want to know more about quantum, check out rbc.com/thoughtleadership. You’ll find lots of great content there, including a new quantum primer from our research associate, Sabrina Schuchel.

You’ve been listening to Disruptors, an RBC podcast. Please rate, review and follow us on Apple or Spotify or wherever you get your podcasts. It helps more people find conversations like the one you’ve heard today. I’m John Stackhouse. Thanks for listening.

The $15m Cliff:  Keeping Canadian Agri-Food Startups Scaling at Home

SPEAKERS

Lisa Ashton, Darren Anderson, Kyle Scott, John Stackhouse

John Stackhouse 00:00:10

Hi, it’s John here coming to you from Ottawa to talk about agriculture. Now, I know this isn’t exactly the place you probably think about for agriculture, or for that matter, the time of year. Ottawa is frozen, and by frozen, I mean minus many double digits, and it’s hard to see any green shoots around the place even during Winterlude. But Ottawa this week is actually the very center of an important debate about Canada’s agriculture future and particularly about the kind of capital we’re going to need to grow quite literally a lot more in the years and decades ahead.

On this episode of Disruptors, we’ll hear from leading innovators as well as capital mobilizers, but I want to kick off with my colleague, Lisa Ashton, who is RBC’s Ag Policy lead, and the author of a new report on Canada’s growing challenge of capital for agriculture and particularly ag tech. The report’s called Seeding Scale. Lisa, welcome back to Disruptors.

Lisa Ashton 00:01:13

Thank you for having me.

John Stackhouse 00:01:14

What do we need to be thinking about as a country in terms of the capital that farmers and all the techies behind them are going to require in the years ahead?

Lisa Ashton 00:01:24

So over the last few months, I’ve had the opportunity to go literally coast to coast, meeting with farmers and processors in PEI and incubators in Vancouver. There’s a deep concern that we’re exporting our startups because we’re not supporting them at the growth stage.

John Stackhouse 00:01:42

Let me pause you there, Lisa, because that’s a well-known challenge in tech land that get gobbled up by American VC firms or bigger tech companies. This is actually happening in ag too. Tell us more about the ag tech companies that are getting gobbled up, particularly by the US.

Lisa Ashton 00:02:00

Certainly, so it’s not even just ag tech companies. What we’re hearing is this challenge about agri-food companies within the Canadian context. They have relatively strong support at the early stage. We have incubators, accelerators, venture firms that are really growing within the sector. But once they get to about the 15 million market-

John Stackhouse 00:02:20

Is that 15 million in capital size or revenue or something else?

Lisa Ashton 00:02:24

In injections in venture into a growing company. What that means is that those companies that are looking for Series B, Series C, Series D types of funding to grow their business, they have to start to seek foreign funds, which isn’t necessarily a bad thing. But when we think about the domestic regulatory frameworks in terms of bringing products to market and getting approvals in Canada, mixing that with the capital challenge drives companies to foreign markets so you can almost simply think about it as we’re investing in Canadian IP and then exporting that IP to benefit other countries’ productivity, job growth, and expansion of their agri-food sectors.

John Stackhouse 00:03:08

One of the things I found really interesting in your report, again, it’s called Seeding Scale, is that this was not always the case. In fact, just a decade ago in the 2010s, Canada was doing much better in terms of capitalizing ag-tech, and then it seemed to go off a cliff with the pandemic.

Lisa Ashton 00:03:26

Yes, there’s certainly a downturn in terms of growth capital across sectors. We see a 10-year low in terms of value in deal count for agri-food growing companies. Venture firms were really hot and heavy up to the 2021 peak, and we’re seeing the capital flow much slower. The sector attracted roughly 4% of growth capital over the last five years, and when you think about that in comparison to the sector’s contribution of GDP, around 7%, it’s certainly undercapitalized in that regard as well.

John Stackhouse 00:04:00

One of the other challenges I’ve seen is also the lack of knowledge in a lot of companies, whether it’s those federal agencies or VC shops, they have people who really understand software as a service, but have no understanding of how agriculture works. That’s not the case in the United States. When I get to visit VC shops in Silicon Valley, there will be an ag-tech expert who has deep subject matter expertise. Two things going on this week that we’re part of. One is a national round table with Canada’s agriculture minister, Heath MacDonald, as well as investors and operators and innovators from across the country talking about this very challenge. Also, Farm Credit Corp, a big federal agency, has its annual Future of Food conference where farm leaders and agriculture leaders from across the country get together. Maybe that’s one of the reasons it’s happening in February, not a lot to do back on the farm.

Follow us on our social media channels for more on those engagements. I think it’s worth stressing that for all the talk we’re hearing, and it’s good talk about the amount of capital Canada is going to need over the next decade to build more economic independence across the country and across all sectors. Yes, we’re talking about oil and gas and minerals and advanced manufacturing and auto and defense and space. Not enough talk about agriculture.

Lisa Ashton 00:05:27

I couldn’t agree more, John.

John Stackhouse 00:05:28

It’s probably maybe closer to 10% of the national economy, that and more of export potential. I like to say it is the one sector that stitches together every single community across this country. It’s also important to our national fabric, and it is all about technology. As we’re talking about attracting capital, retaining capital, growing capital, in all these other sectors, we got to think agriculture, agriculture, agriculture as a place where we can really scale fast. Lisa, before we get to our guests and expanding this conversation, what’s the one thing you would love Canadians to really come to grips with as we think about the year and the years ahead?

Lisa Ashton 00:06:13

I really hope that Canadians come to grips with the potential in agri-food. It’s a large exporter. It’s a key exporter for the Canadian economy, but within our regional hubs from Vancouver to PEI, it really is a driver of innovation across universities and businesses and governments. And so it really is a place for career development, but again, that investment in terms of the opportunity to grow and meet Canada’s ambitions that have been clearly laid out over the last few months.

John Stackhouse 00:06:47

Let’s hear now from a couple of amazing Canadian innovators who are on the front lines of all this and more. Darren Anderson is CEO of Vive Crop, a company building solutions that have to work in the real economy in real growing seasons. And Kyle Scott is the Managing Partner of Emmertech, a Canadian ag-tech investor who knows a thing or two about how to attract and grow those millions of dollars that we’re going to need in the years ahead for Canada to be a true ag superpower. Darren and Kyle, welcome to Disruptors.

Darren Anderson 00:07:19

Thank you for having us.

Kyle Scott 00:07:20

Thanks very much.

John Stackhouse 00:07:21

Darren, I’m going to start with you. Give us a snapshot of the vision you have for the company.

Darren Anderson 00:07:26

Sure. We make more sustainable and effective pesticides, and it’s all based on technology that was originally developed at the University of Toronto almost 20 years ago now, which is kind of crazy to say out loud. But we bring products to market that increase producer productivity, increase their profitability, increase their sustainability, primarily focused on North America and our products will be used in about three million acres this year.

John Stackhouse 00:07:48

And how big are you today?

Darren Anderson 00:07:50

We’re about 75 people. About 95% of our revenues in the US will be about 25 million in revenue in Canada this year.

John Stackhouse 00:07:59

Great story just getting going. We’ll come back to what you need to keep that going. But Kyle, tell us a bit about Emmertech.

Kyle Scott 00:08:06

Emmertech is a Canadian-based investment firm. We invest solely in agriculture companies, mainly domiciled in Canada. It’s mainly strategic egg companies, so some of the large corporates in the sector, and then a number of high-net worth farmers from across the Canadian prairies as well.

John Stackhouse 00:08:21

And Kyle, what have you needed to get Emmertech up and running and to succeed where maybe others have shied away in Canada?

Kyle Scott 00:08:29

I’m originally from Saskatchewan. Spent most of my time working out in Toronto in management, consulting and private equity with some of the largest players in Canada. I think that one of the things that I noticed then as well as now is there’s just not a lot of people who come from that space who are pursuing agriculture and agricultural opportunities. I view it as a pretty big part of my role to get more of those people interested and knowledgeable about the space to be able to bring more investors and more capital into agriculture.

John Stackhouse 00:08:58

And one of the big things, if I can call it that, that you’ve been instrumental to is a commitment this week among a range of financial institutions and capital mobilizers to get roughly a commitment for $ 4 billion of new capital. For ag-tech, this is being led by Farm Credit Corp. RBC is part of the pledge. Kyle, what were the biggest challenges in getting those commitments to this $ 4 billion?

Kyle Scott 00:09:25

Yeah, for sure. More champions in the sector and doing a better job of telling our story, I think are two of the big ones. We have some of the greatest founders in the world here, especially when it comes to agriculture. And when you speak with Canadian founders, it’s truly compelling how close they are to their end customer base. I think, John, you might’ve alluded to this earlier about how agriculture in Canada touches every community and touches everyone in the country.

And one of the things that’s starting to attract more and more capital into the sector is just having those founders out there, doing a better job of telling our story, and quite frankly, starting to have some pretty significant wins. When you look at a company like Vive, like Darren’s company, what they’ve been able to build and grow domestically from Canada has been truly amazing and it’s just getting started, and there are myriad other examples like Darren across the country.

Darren Anderson 00:10:18

Well, and I think there’s actually a unique opportunity in Canada specifically because, to put it bluntly, because we tend to operate in a more capital constrained environment, Canadian founders tend to build real companies earlier than maybe some of our competitors down south. And so I think one of the things that that means is when companies are now ready for that growth stage, they’ve built one heck of a foundation to grow off of that their competitor companies just don’t have.

Lisa Ashton 00:10:43

Darren, just quickly, what do you mean by real company? We heard from a lot of stakeholders that startups may be coming out with solutions that don’t actually solve a problem in the agri-food sector. Is that maybe what you’re referring to or is it something else?

Darren Anderson 00:10:58

There are a set of companies that, to put it bluntly, are better at selling to their balance sheet customer, to their investor set than they are at selling to real farmers and making a real difference on the farm. And those companies can often raise capital quite successfully and grow quite successfully, but those are also the ones that tend to get way out over their skis and potentially end up just not making it. And I think we’ve seen a number of those high profile failures recently. I think for a lot of Canadian companies, presuming the farmer need is there, the reality is because they’re capital constrained, they have to know how to make money out of the gate. They have to know how to generate a real demand, real value to the farmer. They have to know how they’re going to make money, and then that sets them up to be able to scale quite rapidly as they build that repeatable, predictable, scalable engine inside their companies.

John Stackhouse  00:11:49

Darren, one of the riddles I think a lot of us wrestle with is the opportunity and challenge of the United States. So you said, what was it? 95% of your revenue is now in the US, that’s great. I mean, every Canadian company needs to be almost out of the gates an exporter. The best market to start with an export strategy is the United States, despite all the concerns that we have right now, it is our ticket to scaling, but it can’t be our only ticket.

One of the challenges though that I hear about over and over and over again is that a company becomes largely beholden to the US market. Then it starts to raise Series C, D, E from US VC companies who offer sometimes more favorable terms, who have subject matter expertise, and then say, “Oh, by the way, now that we’re taking a material share in your company, we’d like you to move to Austin or Silicon Valley or wherever they see the opportunity to scale there because you’re in a bigger ecosystem.” Walk us through how Vive is navigating those currents.

Darren Anderson  00:12:53

Yeah, we’ve been fortunate in that our shareholder base is still very much dominated by Canadians. We haven’t had some of the pressures that you’ve been talking about.

John Stackhouse  00:13:02

95% of your revenue in the US, 80% of your capital in Canada.

Darren Anderson  00:13:06

Correct. And I mean, there are many issues with that. I’m incredibly passionate about bringing our tools to Canadian growers, and if you think about it, 80% of our capital is coming from Canadian capital pools effectively to help US growers out compete Canadian growers because the US growers have our tools and the Canadian growers do not. I don’t think that’s what any of us want to be happening, but if we look at our next stage of growth, there is no growth stage capital in Canada for companies like ours, almost nothing. What FCC is doing is incredible and has the potential to be incredibly catalytic, but before they came along, there was almost nothing as far as growth stage capital.

And so for us, the next stage of growth was going to have to be in the US or in Europe or in Brazil where you have these major funds that have the agricultural expertise that you all talked about and know what it takes to build a company. And I worry about taking capital from those types of organizations and having them say, “Yeah, I understand it’s awesome that you’re a Canadian company, but why don’t you look at moving?”

John Stackhouse  00:14:04

But we can fix that. Kyle, I’m looking at you.

Kyle Scott  00:14:08

Yeah, it’s a bit of a funny problem. Up here, we do really, really well with early stage financing. The problem is that we’re one of the larger ag tech investors in the country, and we can’t go in when Darren or some other companies that we know quite well across the country are looking to raise 30, 40, 50 million dollars. That’s an entirely new snack bracket and requires an entirely different fund structure to be able to participate in. So in Canada, it’s once you hit that growth stage that there’s really, really a significant lack of capital. This year, two of our other companies as well have gone out and successfully raised $ 30 million plus rounds, and almost all of the capital and certainly the lead investors from those have come from either Europe to US or elsewhere, not domiciled in Canada.

John Stackhouse 0 00:14:56

What on the corporate side, Lisa, do we need to ensure that the value chain, as it’s called, is investing in farmers and ag tech companies?

Lisa Ashton  00:15:04

There are a few movements that are happening currently in the agri-food ecosystem, particularly the Canadian Food Innovation Network has designed a program that is specifically for connecting corporates to early stage founders. This is mutually beneficial so that food retailers, for example, can actually see what’s coming down the pipeline, seeing what kinds of food innovations or food products are being developed, and then it provides the startups with early access to their potential buyers, their potential exit, or their potential collaborator across the supply chain.

Kyle Scott  00:15:43

Yeah, one of the things that we definitely see is more and more productive corporate engagement when they’re participating with funds. Either as an investor in a fund that then invests in companies or alongside into the company, there’s quite a few examples, fairly well known, that when a corporate gets too involved and has too much control directly of a company, it can go pretty sideways pretty quickly for the founders. There’s some different mechanisms to get more involvement, and I think what Lisa was referring to there, the corporate participation, if we could see an elevated level of that working alongside more of the investors in Canada, I think that that’d be super, super helpful.

John Stackhouse  00:16:27

Kyle, take us through the typical journey of a growth company. As you’re saying, there’s plenty of early stage capital from folks like you. Get to $ 15 million valuation, you’re fine in Canada. Now we may have public sector entities like FCC and BDC that would help bridge the valley of death as it’s known. But with all due respect to those organizations, they tend not to be cutting edge on a global platform to help companies get to that unicorn status. What should we be thinking about as a country to ensure that we do have that sophisticated, savvy, globally relevant growth capital operation that firms like Vive can work towards as they get through the valley of death?

Kyle Scott  00:17:14

Holy smokes. It’s a tough nut to crack, and one of the things I’ll say about the Crown Corporation, specifically EDC, BDC, and FCC, they’re an interesting participant in the ecosystem because I firmly believe that they want to be helpful and they will follow another investor into an investment, but they will not lead an investment. And so the challenge you run into is that those groups are there to participate. They are not there to solely carry the torch for a company going forward. So without someone to match or someone else to lead, that tool stays in the tool belt and can’t be used. So that becomes one of the challenges with those groups. The broader point about how do we create more globally relevant larger growth stage ag-tech investors. To be perfectly honest with you, it’s one that I’m trying to fix right now. It’s a gap that we’ve clearly identified as we’ve invested in early stage companies and they’ve grown up.

One of the number one places for us to be able to go is our Canadian financial institutions and our Canadian agriculture corporations who really, really care about the sector. And so for us, it becomes much like when our founders go out to raise capital, it becomes being able to tell the story, show why this sector is important, and because you are investing in financial assets, show why you’re able to make money doing it. To tell those three parts of the story to people who are unfamiliar with the sector takes time, it takes resilience, and it takes on your investor side, someone willing to take the leap with you and put money to work in the sector.

John Stackhouse  00:18:47

One of the challenges there I suspect is just exposure. It’s knowledge. If you go into any financial institution or large investment operation, likely they have experts in life sciences and health tech. Increasingly, I suspect there will be that expertise in defense tech because that’s the hot hot thing now with tens of billions of dollars of new NATO commitment coming to the fore. And then there’s poor old agriculture, our original growth sector where we just take it for granted, but don’t have that expertise in probably the large pension funds, but other large institutional investors as well.

Kyle Scott  00:19:23

Yeah. To your point about the institutional knowledge around agriculture, it’s funny. I say this pretty frequently. It’s nice for agriculture that it hasn’t been, and I say this lovingly, co-opted by the MBA mentality. I’m an MBA, so I get to say that. But the downside of it is that a lot of the folks who rise up into those roles and come from there, they just don’t know the sector. I think that one of the challenges there is more fundamental and goes back to how do we make agriculture a cool, interesting industry for more folks who are passionate about finance, passionate about investing to be able to come in and actually drive those outcomes.

John Stackhouse  00:20:00

Make agriculture cool again. I’ll let people play with that, especially in MBA schools for all the MBA deans listening.

Lisa Ashton  00:20:11

Darren, you raised a really interesting point that beyond just the growth capital challenge, there’s a number of other factors to why you’ve seen your markets grow in the US much faster than Canada. In our report, we looked at the three Cs beyond capital, and one of those is competitiveness. Would love to hear your view on that and why you’re seeing those factors lead you to a market growth in the US relative to Canada.

Darren Anderson  00:20:37

I do think for any Canadian agri-tech company, they’re going to have to be looking at the US as a market, but unlike in almost every other sector where the US is 10 times the size of the Canadian market, in most areas in agriculture, you’re looking at being something like a third. So the question is just how do you capitalize on them? So as you noted, we started selling in the US in 2016 when we received our first regulatory approval. We received our first regulatory approval in Canada in 2023. We have 11 products approved for use in the US right now. We have one product approved for use in Canada.

John Stackhouse  00:21:08

Darren, let’s pause for a second there. You’re saying that you’ve had one regulatory approval in Canada, 11 in the US. If Team Canada loses 11 to one to Team USA, it will be a national crisis. We got to come to grips with that. Give us a sense of the quick changes that you would like to see happen this year to allow us not to lose 11 to one, but actually maybe win 11 to one.

Darren Anderson  00:21:33

I’ve got one big swing, and then one small swing, if you’ll permit me. On the big swing, I think there’s an opportunity for Canada to target a culture of reciprocity, reciprocal recognition of regulatory approvals from other countries. Now that wouldn’t be in all cases, right? But default is that if something’s been approved in Australia or if it’s been approved in the US, it should be a faster path to be able to bring those products to market here in Canada. That would be one change. It’s a big one, but it is doable and it is something that I’d like to see our trade representatives focused on. The smaller ask is, if you think about, we’re spending so much time right now talking about “buy Canadian,” what about “regulate Canadian?” Canadian domestic companies, front of the line for regulatory approvals.

John Stackhouse  00:22:17

Seems easy. Kyle?

Kyle Scott  00:22:19

We often say capital’s like water, it’ll find the path of least resistance to the largest ROI. And so removing some of those regulatory burdens and regulatory pathways that allow our companies to scale and commercialize rapidly would be hugely beneficial to attracting more capital to the sector.

John Stackhouse  00:22:35

Yeah, capital is like water. There is no shortage of capital in the world, no shortage of capital in Canada actually, but a lot of it is flowing to the US because of those opportunities. Even over the last 12 months, capital has been flowing fairly assertively to the US because of the opportunities there, including in ag-tech, which we know is so critical to the country. We know what the challenges are, but let’s also think of the opportunities. We are hearing more interesting Canada from around the world, across all sectors.

I actually got to spend time with a European investor who, the firm’s been around for 400 years. They said, “We have 50 year strategic plans and we review them once every five years. And we’ve just gone through a review and we’re actually really interested in Canada and we’re really interested in Canadian agriculture because when we think about all that the world is going to need over the next 50 years, food is going to be one of the big needs. So we are looking for investible opportunities in Canada right through the value chain over the long haul.”

Darren, give us a macro view of what you’re seeing out there in the world and help us understand what we can do to bring more of those opportunities to Canada.

Darren Anderson  00:23:57

The way we view the world right now is there are a massive number of companies out there that would be really, really interesting targets for us to go acquire. We’re actually actively in market right now looking at a number of those targets where we can bring them in house, take advantage of our distribution network, our technology, and build that unicorn right here in Canada. Canadian companies, because they tend to be capital constrained, are good companies. These companies have solid foundations and those are amazing foundations to build off of whether you’re looking at organic or inorganic growth, and I think given the overall market conditions right now, it’s an amazing opportunity to be building something like this in Canada.

John Stackhouse  00:24:36

As we move towards close, I want to take that big picture idea forward. Our research at RBC shows, Lisa, I think we can grow our exports by at least 20% by the end of this decade. That’s our moonshot as a country, and it isn’t just producing more at the farm level. It’s developing lots of technologies right through the value chain of agri-food production so that we can be more competitive here at home, reduce food costs for everyone, but also make ourselves more relevant in an increasingly competitive global market that is going to need lots more food. Kyle, what’s the one thing we as a country need to come to grips with this year in 2026 to get that payoff by 2030?

Kyle Scott  00:25:22

I’m going to cheat and say that there’s two things that I’m thinking about. The first one is working with international partners, attracting more FDI into the country, investing alongside in our companies with knowledgeable investors who can help us export to other markets is critical. So whenever we hear there are other investors passionate about investing in Canada, I think it’s wonderful. The second thing I would say is there’s a lot of ag infrastructure that is due for an upgrade where we can leverage some new technologies as well to become a more reliable, not only producer, but trade partner and exporter.

John Stackhouse  00:25:56

That’s a really interesting point about export infrastructure. Darren, what are the one or two things you would suggest we come to grips with this year for that 2030 payoff?

Darren Anderson  00:26:05

I want to see the FCC capital commitment and the capital commitment by groups like RBC and Emmertech land successfully. I actually think that that is an absolutely transformative and catalytic event for the ag-tech space here in Canada. I think it has the scale that’s coming behind it and the ability for it to have an impact across the entire ecosystem is incredible, and I think making sure that we follow through on those commitments would honestly be the single most transformative thing this year. The nice thing is it’s already underway.

John Stackhouse 00:26:36

Lisa, as we wrap up, seeding scale has so many ideas in it. What are one or two that you want to leave us thinking about?

Lisa Ashton 00:26:44

Darren, you brought up unicorns. When we looked around the world, we looked at China, the US, India, they have stables full of unicorns. The UK, Australia, even Ireland, more countries that we would consider our peers have examples of unicorns in the agri-food sector. Canada has none. So these unicorns, they’re privately held startup companies that are building revenues of over a million dollars per year. And I think building some unicorns in Canada should certainly be a moonshot for Canadians to be thinking of.

John Stackhouse  00:27:17

Yeah, we really should have the Shopify of ag-tech.

Lisa Ashton  00:27:20

Absolutely.

John Stackhouse  00:27:21

There’s no reason that Canada can’t. We just need to continue to scale what we’re doing. Thank you all for being part of that scaling story and for being on Disruptors.

Kyle Scott  00:27:31

Thanks so much for having us.

Darren Anderson 00:27:32

Thank you.

John Stackhouse 00:27:35

Before we go, if there’s a through line from today, it’s that this is a solvable design problem. Canada has the land, the operators, the science, and the entrepreneurs. The work now is alignment, capital that fits agri-food realities, pathways that prove adoption in the real world, and the confidence to build value add here at home. Lisa, your report, Seeding Scale, how can people find it?

Lisa Ashton 00:28:02

It’s live now. Please visit rbc.com/thoughtleadership. It’s part of our growth project where we’re really focusing on key levers within the Canadian economy that can help us achieve our national growth ambitions.

John Stackhouse 00:28:17

If you found this episode useful, please follow Disruptors wherever you listen. Better still leave a rating and share it with someone who’s building or funding what comes next.

I’m John Stackhouse, thanks for listening.