The Digital Executive

Roland Austrup on Turning R&D Into Real Growth | Ep 1160

11 min
Dec 1, 20255 months ago
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Summary

Roland Austrup, Chief Growth Officer at Inventure, discusses how his company bridges corporate R&D and entrepreneurial execution by creating standalone businesses from validated technologies developed by multinational corporations. He shares key lessons about scaling industrial technology, including underestimated lead times, slow customer adoption cycles, and the critical importance of capital strategy alongside product innovation.

Insights
  • Industrial technology growth leaders systematically underestimate lead times, capital intensity, and customer adoption cycles due to conservative buyer behavior requiring trust-building and validation periods
  • Large corporations struggle to commercialize breakthrough R&D because innovation doesn't align with core business models, risk tolerances favor predictable ROI, and siloed vertical structures inhibit cross-functional collaboration
  • Inventure's model differs fundamentally from venture capital (diversified portfolio betting) and corporate venture (internally spawned, structurally constrained) by owning and operating a curated basket of companies built from proven multinational technologies
  • Industry 4.0 productivity gains from AI and industrial robotics represent a significant tailwind that can offset macroeconomic headwinds like geopolitical uncertainty, inflation, and demographic aging
  • Successful industrial technology scaling requires simultaneous mitigation of technical, market, and capital risks before embarking on growth—not assuming that good strategy or product alone will attract customers or capital
Trends
Industry 4.0 and automation as productivity multiplier offsetting macroeconomic headwindsNearshoring and reshoring of manufacturing to North America driven by geopolitical and supply chain factorsAging workforce in developed industrial economies creating both challenges and productivity improvement opportunitiesSystematic unlocking of dormant R&D from multinational corporations as alternative to traditional venture modelsGrowing recognition that corporate innovation requires horizontal organizational structures, not vertical silosLong customer validation and adoption cycles in industrial technology requiring early customer partnershipsCapital strategy as critical competitive advantage alongside product and go-to-market strategyShift from venture capital's portfolio probability model to operator-owned, curated company model for industrial tech
Topics
R&D Commercialization StrategyIndustrial Technology ScalingCorporate Innovation BarriersCustomer Adoption Cycles in B2B Industrial MarketsCapital Strategy for Growth CompaniesIndustry 4.0 and AutomationNearshoring and Reshoring TrendsOrganizational Structure for InnovationMultinational Corporation Technology LicensingRisk Mitigation in Industrial GrowthVenture Capital vs. Operator ModelsSupply Chain and Geopolitical RiskWorkforce Demographics and ProductivityTrust-Building in Industrial SalesStandalone Company Creation from IP
Companies
Inventure
Industrial growth conglomerate creating standalone companies from validated R&D developed by multinational corporatio...
Coruscant Technologies
Host organization of The Digital Executive podcast; mentioned in welcome segment as home of the show
People
Roland Austrup
Guest discussing industrial technology scaling, R&D commercialization, and Inventure's unique business model for crea...
Brian
Podcast host conducting interview with Roland Austrup about industrial growth and technology commercialization
Quotes
"You can really underestimate lead times and capital intensity and similarly customer adoption cycles can also be slow. There are barriers to overcome. Buyers that are generally very conservative and move cautiously."
Roland Austrup
"We are the owners and operators of the businesses we create. And we are not investing in first-time entrepreneurs. We're 100% focused on a systematic approach of working with multinational corporations to unlock technologies they've developed."
Roland Austrup
"We really unlock commercialization pathways for major multinationals. We think we are a bridge between corporate R&D and entrepreneurial execution to get disrupted technologies to market."
Roland Austrup
"You don't know what you don't know, particularly when you're transforming an industry or disrupting an industry. You're creating new paths and so you have to be very adaptive."
Roland Austrup
"AI industrial robotics are going to create incredible pathways to improve productivity. And that I think is a big tailwind and that in more than offset macroeconomic headwinds."
Roland Austrup
Full Transcript
Welcome to Coruscant Technologies, home of the digital executive podcast. Do you work in emerging tech, working on something innovative, maybe an entrepreneur? Apply to be a guest at www.coruscant.com forward slash brand. Welcome to the digital executive. Today's guest is Roland Ostrich. Roland Ostrich serves as chief growth officer and member of the executive committee at Inventure, an industrial growth conglomerate that creates and operates standalone companies from breakthrough technology solutions developed by multinational corporations. Since joining Inventure's leadership in 2021, Roland has held multiple strategic roles including chief financial officer and head of capital markets bringing decades of financial expertise to the company's unique model of commercializing validated R&D. Good afternoon Roland, welcome to the show. Thanks Brian, nice to be here. Absolutely my friend, I appreciate it. And you're coming way of Toronto, Canada, via Florida or vice versa. I know you travel quite a bit and back and forth. I'm in Kansas City. I just appreciate you making the time to jump on the calendar and making this happen. So Roland, jumping into your first question, you've served as chief financial officer, head of capital markets and now chief growth officer. What have you learned about scaling industrial technology companies that most growth leaders overlook? Well, that's a good question Brian. I've certainly learned a lot. I imagine other growth leaders may learn these same lessons along the way. But I think the main lessons I've learned are that specifically with industrial technology that you can really underestimate lead times and capital intensity and similarly customer adoption cycles can also be slow. There are barriers to overcome. Buyers that are generally very conservative and move cautiously. They need warranties, they need proven reliability, they need quality assurance, they need to know there's a supply chain. They just won't take risk in adopting innovation. And so there's a trust building and validation period before adoption. And I think a lot of growth leaders underestimate that. Last couple of things I would say is you don't know what you don't know, particularly when you're transforming an industry or disrupting an industry. You're creating new paths and so you have to be very adaptive. And I think the last lesson would be don't assume if you build it, they will come. And that's both in terms of the customer and capital. Oftentimes growth leaders assume that if they have a good strategy, capital will be available. You have to have a capital strategy internally as well. And you really just have to mitigate. The bottom line is you have to mitigate a lot of the risks before you decide to embark on scaling and industrial technology. Thank you. And there's certainly a lot there. It can be a difficult industry. I've had some guests on here that talk quite a bit about this, but just highlight a couple of things. You did mention customer adoption cycles are slow. Typically in this industry, people are more risk averse, right? Slower to kind of adopt that. And then of course you definitely need to have that capital strategy, which I think is important. So I appreciate that. In Roland, Inventure has a unique model, creating standalone operating companies from validated technologies inside multinational corporations. How does this approach differ from traditional venture capital or corporate venture models? Good question again, Brian. So there's a couple of parts to that. What's our process? I think right at the front, how do we differ from venture models? Venture models are typically models whereby investors are investing on a diversified way across a number of entrepreneurial businesses. It's more of a game of probabilities. If you make a number of investments, you expect a certain percentage of them to be very successful. The one's not to be, and you're sort of starving the losers and feeding the winners. So it's a little bit like spread betting. In our model, we are the owners and operators of the businesses we create. And we are not investing in first-time entrepreneurs. As mentioned, what makes our model unique is that we're 100% focused on a systematic approach of working with multinational corporations to unlock technologies they've developed. And for us, that's a multinational research. That's a $700 billion to a trillion dollar a year ore body where we can look for proven technologies that they've developed beyond a proof of concept and where they help us catalyze adoption by providing pathways to the market or themselves being an early customer or first customer. So our model is very, very different. We're not investors in a number of other people's businesses. We create a small basket of companies that we manage carefully and expect to have a high growth. Orpher venture and the difference between corporate venture is a little bit different. And it really has to do with some of the barriers that stand in the way of corporate innovation. And I think we actually offer a solution because part of the problem with Orpher venture is that they're spawned from within an organization that has more vertical structures and they're not necessarily attuned to innovation and entrepreneurship. Thank you. And I appreciate you unpacking that for our audience. We can get into the weeds sometimes, which is helpful to get us up to speed on what you're really doing. But I like the fact that your model you talked about is very unique, typically from those venture models where investors are investing in that diversified portfolio with their some probability, right? Your model is unique because you're 100% focused on that systematic approach to those types of technologies in those multinational corporations. So I appreciate that. In Roland, many corporations struggle to turn R&D into real world commercial success. What systematic barriers do you see inside large organizations and how does Inventure help or overcome them? That's a good follow on to the previous question in terms of how we differ from venture models. I mean, I think some of the barriers that exist within large corporate corporations is that innovation doesn't necessarily align with core business models. Large corporations are very good at R&D that incrementally improves what they're doing, but it's not necessarily geared towards innovation. We also don't. The risk tolerances are also very different within large organizations. They tend to be more focused on predictable ROI, not on ventures that might have long lead times and adoption cycles. Again, they're much more focused on the risk tolerances are much more focused on how do we maintain certain growth rates and have a predictable ROI. As I mentioned earlier, the organizational structures of large corporations don't naturally align with innovation. With innovation, you need a lot of cross collaboration amongst an organization. So you really need horizontal structures, not vertical structures that are quite siloed. So really what we do, and that's the whole beauty of our model, is we think we are a bridge between corporate R&D and entrepreneurial execution to get disrupted technologies to market. So we really unlock commercialization pathways for major multinationals. Thank you. I appreciate that. I like how you talked about those larger organizations, their risk tolerance. It's very different, of course, and their focus is on that predictable ROI, which I thought is interesting. I know you need to be very prudent in these large corporations when you're trying to make decisions like that. And then, of course, you talked about some of that siloing and it's better to have that horizontal structure. So again, I appreciate that. And Roland, the last question of the day, what macroeconomic or technical forces like AI, supply chain shifts, reshwan pressures, etc. Will most impact the industrial growth landscape over the next five to 10 years? Yeah, I think you have a, I think really there's two main sets of forces that you have to pay attention to. As you mentioned, macroeconomic forces. And really what you're looking at there is you're looking at things like long-term growth rates, inflation, geopolitical factors, and demography as well, or demographics. We do definitely have an aging workforce in large parts of the industrial world. And so those can provide, I mean, today you could argue that there are some headwinds from growth and inflation, growth concerns, inflation concerns, and geopolitical landscape. And again, demographics, you could say is Edwin due to the aging population of developed countries. But offsetting that, I really think that the number of ways in which you can increase global GDP growth from productivity are just enormous. I mean, you've heard the term industrial revolution 4.0 or industry 4.0. AI industrial robotics are going to create incredible pathways to improve productivity. And that I think is a big tailwind and that in more than offset macroeconomic headwinds. So the future is uncertain. You really can't predict what you can do those understand where the fault lines are and take advantage of that in terms of how they fall in one way or the other. But my own personal view is that the opportunity is very significant. Certainly North America has done a very good job of unlocking innovation and the trend towards nearshoring or reshoring is very real. And that's the whole part of the Inventure Model is that we are trying to systematically find disruptive or transformative technologies from major multinationals, find ways in which to create businesses on shore, and create productivity enhancement in North America. I really think that's the future looks great. Thank you. I appreciate that. You talked about industry 4.0, right? It's pretty big thing. We talk about a lot on the podcast here. But in your words, basically, industry 4.0 should be a tailwind like all this innovation and technological growth and automation to the macroeconomic headwinds you talked about, which is geopolitics, demographic, short inflation, etc. So I appreciate you sharing your insights with our audience today and rolling it with such a pleasure having you on today. And I look forward to speaking with you real soon. Thank you very much, Brian. It's been a pleasure being here today. Bye for now.