『Disrupting Japan』のカバーアート

Disrupting Japan

Disrupting Japan

著者： Tim Romero
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Disrupting Japan gives you candid, in-depth insights from the startup founders, VCs, and leaders who are reshaping Japan.Tim Romero マネジメント・リーダーシップ リーダーシップ 政治・政府 旅行記・解説 社会科学 経済学
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  • The real Luddites would have loved AI

    The real Luddites would have loved AI
    2026/04/27
    Welcome to Disrupting Japan, straight talk from Japan’s most innovative founders and VCs. This is our 250th episode, and I wanted to give you something special; something I have been thinking about more and more as my career in startups and venture capital has developed. Leave a comment Today we are going to talk about a group of people who are perhaps the most reviled and maligned by technologists and innovators worldwide. People who stand in opposition to everything innovators hold dear. Today we are going to talk about the Luddites — those individuals who through a combination of ignorance and shortsightedness opposed technology and change. But that’s not really true. The Luddites were not who you think they were. In fact, almost everything you have ever been told about them is wrong. In truth, the Luddites were not really opposed to new technology. Not even when it threatened their livelihoods. There is growing concern today about AI taking our jobs, but if AI had emerged 220 years ago, the Luddites would have embraced it. Far more important, they would have held a much better understanding of the true dangers posed by today's new business models than do most of the AI advocates or critics talking about it today. Although the Luddites are accused of opposing the very technology that resulted in the incredible progress and the rise of living standards that we have experienced over the past 200 years, that’s simply not the case. In fact, as you’ll see, although the higher living standards and shared prosperity enabled by the technology of the industrial revolution are undeniable, we actually have the Luddites, and not the technology, to thank for that. The Luddite in the Mirror So who exactly were the Luddites? You have probably heard that they were cloth workers in late 18th century England who, early in the industrial revolution, saw their livelihoods threatened by the new textile factories, and they tried to shut down those factories by destroying automated looms and other textile equipment. That much is completely true. The important question, however, and the one with a wildly misunderstood answer is “Why?” “Why were the Luddites breaking machines and shutting down textile factories?” The mythology is that Luddites rejected the new technology because they benefited from the old system. Rather than embrace technology which would lift millions out of poverty, lengthen lifespans, and lead to greater shared prosperity, the Luddites selfishly wanted the world to stay as it was. They were backward-looking rubes who simply could not see the bigger picture. And that, all of that, every single word of that, is simply wrong. If anything, the Luddites were alarmed because they saw the big picture far too clearly. So let’s take a quick step back into the world of the Luddites and see just how much like us they really were. And also see that although the technologies are completely different, how the new business models of the industrial age changed society in very much the same ways as the new business models of our emerging AI age. As the industrial revolution was gaining momentum in the closing decades of the 1700s, textiles were one of England’s most important and profitable exports, and they were manufactured using what was called the “domestic system.” Textile workers worked with their own machines in their own workshops. Some of the more enterprising had multiple machines and employed others. The work was distributed, done mostly at home, and the finished product delivered to merchants. This system is where the English term “cottage industry”comes from. By and large, these clothworkers did not have leisurely or even particularly comfortable lives, but it was a better living than agricultural work and much better than most of the newly emerging factory jobs. What these clothworkers did have, however, and what they were very afraid of losing, was a degree of economic freedom. The freedom to negotiate fair prices with their customers and, based on those negotiations, the freedom to decide what and how much they would produce. These proto-Luddites had no problems with machinery or technology. They used and maintained machinery. They experimented with and developed technology. What they objected to was not the new technology, but the new business models. To understand the Luddite’s position here, we need to understand that new technology was not the only thing powering England’s industrial expansion. These new factories were also powered by some of the most horrific forms of child labor imaginable. Children as young as six were forced to work 14 to 16-hour shifts crawling under machinery to recover scraps of cloth and reaching into running machines to untangle threads and remove debris. Some business owners even made deals with the government to take orphans off public hands and put them to work in their factories. And to be absolutely clear, these children were not paid....
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    33 分
  • What’s next for Physical AI in Japan?

    What’s next for Physical AI in Japan?
    2026/04/13
    I have a short in-between edition for you today. Last month at Venture Cafe's big global gathering in Tokyo, I had a chance to sit down on stage with two old friends of the podcast, and we talked about where physical AI is heading in Japan. This conversation is with Chiamin Lai, general partner of First Light Capital, and Kaname Hayashi, founder and CEO of GrooveX, the makers of the absolutely adorable Lovet robot. Chiamin is one of the most savvy physical AI investors in Japan, and Kaname has been pushing the boundaries of human-robot interaction for years. It's a fascinating discussion, and there's some wonderful insights about Japan's unique strengths and challenges near the end. But don't skip to the end. The whole conversation is great, and I think you'll enjoy it. Leave a comment Transcript Tim: Okay, thank you so much, and thanks for coming. We're going to be talking about Japan and physical AI today. And it was not that long ago that Japan was the undisputed leader in robotics innovation. And while some people claim it still is, that claim is highly disputed today. So, we're going to talk about where we are and where we're going. And we're going to start with some brief, brief introductions, so you'll know who we are and why you should be listening to us for the next 40 minutes or so. So, my name is Tim Romero. I've been in Japan for about a little over 30 years now. I've started four startups here of my own. I've done a lot of angel investing. I helped TEPCO and JIRA spin up their CVC units. I've taught entrepreneurship and corporate innovation at NYU's Tokyo campus. I ran Google for Startups here for about four years. And I run a podcast called Disrupting Japan, which is just a labor of love. I've been doing it for 12 years. It's interviews with Japanese founders and VCs about innovation and what it's like to be an innovator in a culture that prizes conformity. So please give it a listen. Chiamin: Hi, everybody. My name is Chiamin Lai. I'm a general partner of a VC fund here at First Light Capital. A little bit of introduction about myself. So, my parents are Taiwanese, but I grew up here in Japan and studied here and also work here in Japan. But then I actually, after working in Japan for a few years, I was in Europe and then had the fortune to join venture capital. So, it's about 15 years ago, which I think it's hard for you guys to believe at that time compared to today. And then decide to do startups. I was a startup operator in China and Japan for seven years and came back to the industry five years ago. And right now I'm actually the board member of Japan Venture Capital Association, as well as running up my own fund here in Japan. Quick introduction about the fund. We are running two funds right now in Japan, about 120 million US dollars. And we're focusing on early stage and investment thesis is mainly focusing on Japan's demographic challenge, innovation for startup. And what we believe is, or what I believe is physical AI could be a very, very good potential for Japan, especially under the label shortage. So, I'm very excited to have opportunity to talk to you guys today. Thank you. Kaname: Yeah. My name is Kaname Hayashi. I’m the founder and CEO of GrooveX. GrooveX is a company that develops LOVOT. LOVOT is L-O-V-O-T, which you may see on our website. It’s kind of a small robot. We call it a family-type robot. Currently, around 18,000 units are working. Even though we shipped just a little bit more than 21,000 units, 18,000 are still working. This shows very good user retention, meaning the churn rate of our robot is just 0.4% per month. So, we believe our robot has achieved social implementation. And our aim is to enhance the resilience of people. It’s completely different from other robots that improve productivity. And the reason why I’m chasing this area is, I worked on Pepper before, which was a humanoid robot 10 years ago. And I learned a lot about humanoid robots and conversations between computers and people. So, I thought probably this area is interesting, but we can do something else in the non-verbal area. That was the reason why I founded the company 10 years ago. Before I worked on Pepper, I was working in the automotive industry. So, I worked in aerodynamics or product planning. I worked for Formula One in Germany or product planning for the European market or something like that. That’s all, thank you. Tim: Excellent. And I want to emphasize, so they brought one of their Lovet robots with them today. And after the session, it's over there in the corner and it is absolutely adorable. I encourage you to go play with this thing. It's just, you'll see what I mean. It's just something different about that. But to kick us off, to make sure we're all on the same page, physical AI is a term that's thrown around a lot these days. It's a little bit of a trendy term, but to make sure we're all talking about the same thing. When you're ...
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    41 分
  • Why its hard for startups to use technology for good

    Why its hard for startups to use technology for good
    2026/03/30
    New technology is always introduced with the promise of the good it can do for humanity. Most of the time the promised good never come to be. This is largely a structural problem ib how startups are funded, and some founders are creating a better way. Today we talk with Yosuke Kaneko, founder of Sora Technology, who is using drones to fight malaria in Africa. The technology is a perfect fit, but it was hard to address this problem as a startup. We talk about the challenges of using technology to solve important, but only marginally profitable problems, and why the unique nature of Japan's startup ecosystem might provide the solution. It's a great conversation, and I think you'll enjoy it. Show Notes How drones can find mosquitos that humans can’t Why real done innovation continues to come from the global South Why it's getting harder to build a drone startups in Japan Moving from a good idea to getting the first contract The difficult business model of doing good How to continue growing long-term The impact of regulations on drone innovation The truth about the startup scene in Nagoya and Aichi The current state of drone startups in Japan How to get Japanese companies exporting again Links from the Founder Everything you ever wanted to know about Sora Technology Friend Yosuke on Facebook Connect with him on LinkedIn Leave a comment Transcript Welcome to Disrupting Japan, Straight Talk from Japan's most innovative founders and VCs. I'm Tim Romero, and thanks for joining me. Fortunately, most of us never have to think much about malaria, but it's one of the most deadly diseases in human history. Malaria was responsible for up to 5% of all the deaths of the 20th century, and it killed tens of billions of people before that. Even now, the disease continues to kill around 600,000 people every year. Well today, we sit down with Yosuke Kaneko, founder of Sora Technology, and we talk about a new approach to startup business models that can actually help save lives. Sora uses drones in Africa to identify water bodies with the highest chance of being mosquito breeding grounds, and then they work with government agencies to ensure that those water bodies get sprayed with insecticide. Yosuke and I talk about the challenges and the opportunities in working with global and national health organizations, when to pivot from solving the problem you want to solve onto solving a problem that actually needs to be solved, and the challenges involved in making a profitable business that is actually focused on doing good in the world. But you know, Yosuke tells that story much better than I can. So, let's get right to the interview. Interview Tim: We're sitting here with Yosuke Kaneko of Sora Technologies, who's using drones to combat malaria in Africa. So, thanks for sitting down with me. Yosuke: Thank you, Tim. Tim: Now, I explained very briefly what you guys are doing, but you can explain it much better than me. What is Sora Technology doing? Yosuke: Okay, so it's using drone, satellite, and AI, then analyzing environment data, such as the water and also the surface data. Then one of our flagship projects is, you mentioned, the malaria. Tim: So, how are you using drones to combat malaria? Yosuke: So ,do you know where is habitats of mosquitos? Tim: Well, I know when they're little, when they're larvae, they grow up in these shallow ponds and shallow pools. Yosuke: Yeah, you are right. You are right. Exactly. So we are searching the water bodies where mosquitos larvae is habitat. So, we are firstly searching from the sky, so satellite and drone. Then after that, we will find out high risk breeding site of mosquitos. So, the highest breeding site is only 30% of all water bodies. After that, we will spray insect site by drone and also by human. Tim: So, why is it important to do this by drone? Are the water bodies changing every year? Are they coming and going and evaporating? Are they hard to find? Yosuke: So, existing way is that they have to treat mosquito larvae, but they don't know where is the water bodies. So, that's why they open the maps. Then from their experience, okay, maybe this point, there are the water bodies. So, only their experience, they imagine where is the water bodies. And also they are spraying the 100% of the water bodies. So, that's why 70% of the insect site is just a waste of money. It's not good for environment. Tim: Do these water bodies form in different places every year? Yosuke: Almost decided place, but the detail is different by season and also the rainy volume, also the climate. Tim: Your drones are trying to identify the highest risk pools, what are the factors you're looking for? Yosuke: We are taking the water body sites and also depths and temperature and also the water bush information based on that we are put to our AI, then classify the highest breeding site. Tim: Now, you originally didn't start out doing anti-malarial activities, right? You started out with last mile drug ...
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    29 分
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