In Good Company
In Good Company

Friday Wrap-Up: The Humanoid Robotics Race and What You Should Be Reading

Back in Oslo this week, Marthe Skaar and Nicolai Tangen sit down together for a Friday Wrap-Up to talk about his podcast conversation with Dr. Kai Yu, founder and CEO of Horizon Robotics. They look at the role Horizon plays in the self-driving car industry, how China's tightly linked supplier n

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Episode Summary

Executive Summary: The episode examines Horizon Robotics’ role in the self-driving car supply chain, the broader chip value chain behind AI and autonomous vehicles, and the market/geopolitical concentration around a few key players and regions. It argues that China’s integrated industrial clusters may dominate robotics and autonomy, while AI infrastructure spending and Taiwan exposure create major investment risks. The show closes with a reading recommendation and a call to broaden knowledge through books.

Main Topics: Horizon Robotics’ role in autonomous driving (Priority: 5/5): Horizon is presented as a key but relatively little-known supplier of systems and chips that power a large share of self-driving cars, especially among Chinese and European producers. Autonomy timeline and consumer adoption (Priority: 4/5): The hosts discuss how self-driving technology is moving quickly from novelty to normality, with robotaxis, hands-off, eyes-off, and eventually mind-off driving changing transportation habits. Chip supply chain and market concentration (Priority: 5/5): A simplified chip value chain is laid out: Nvidia as design leader, ASML as lithography toolmaker, TSMC as manufacturer, and hyperscalers as buyers, highlighting extreme concentration and geographic risk. China’s industrial cluster advantage (Priority: 5/5): China is described as a tightly linked ecosystem for EVs, self-driving cars, and future humanoid robotics, with shared suppliers, sensors, and actuators creating a powerful reinforcing cluster. Investment risk: AI capex backlash and Taiwan exposure (Priority: 5/5): The episode warns that huge AI infrastructure spending, much of it debt-financed, could affect markets and interest rates, while a Taiwan-related geopolitical shock would be especially damaging. Reading, learning, and creativity (Priority: 2/5): The closing segment argues that reading broadly across business, psychology, history, geography, and fiction improves intelligence and creativity; a new Adam Grant book is recommended.

Key Arguments: Horizon Robotics is strategically important because it supplies core chips and systems for a large proportion of self-driving cars, giving it outsized influence despite its size. The self-driving car experience becomes quickly normalized; once people try robotaxis, it feels safer and more natural than human-driven transport. Specializing in autonomy chips makes sense because the business requires massive training data and deep integration with carmakers. Self-driving chips are a difficult business because it can take five to eight years before a chip becomes profitable, but that barrier also protects incumbents. China’s EV and autonomy ecosystem creates a dense supplier forest that is difficult for other countries to replicate. The same supplier base for EVs and self-driving cars overlaps with humanoid robotics components, giving China an advantage in the next wave of robotics. The global chip market is highly concentrated in a few firms and geographies, especially Taiwan, which increases systemic risk for investors. AI infrastructure spending is so large that a sharp backlash could affect financial markets and possibly interest rates, especially because much of it is debt-funded. Broad reading across subjects is framed as a way to strengthen creativity, judgment, and intelligence. Reading to children is emphasized as especially important amid concerns that kids are reading less.

Data Points: AI infrastructure spending estimate: $7 to $9 trillion - Estimated spending over the next four years mentioned in the discussion of AI investment risk Norwegian sovereign wealth fund size: $2.3 trillion - Used as a comparison to show how large AI infrastructure spending could be Time to profitability for a chip: 5 to 8 years - Described as the long delay before a chip business becomes profitable Fund concentration: 10 biggest companies = 25% of the fund - Illustrates how concentrated the portfolio has become in large tech names Market gains in first half of the year: 1,700 billion - Attributed mainly to chip makers before some reversal in the third quarter Self-driving taxi rollout: Coming to London - Used as an example of how quickly autonomous driving is expanding to new cities

Pivotal Quotes: "“Sometimes terrible business makes a great business because few can get into the business.”" — Nicola Tayan: On Horizon Robotics and why long development cycles can create barriers to entry "“You just see that experience and how good it is. Of course, first time you're inside one of these cars, it's a bit scary. But the second trip, it's the most natural thing in the world.”" — Martiskar: Describing the experience of riding in Waymo robotaxis in San Francisco "“I cannot see anybody else winning the humanoid robotics race than the Chinese.”" — Martiskar: On the overlap between EV/autonomy supply chains and future humanoid robotics

Implications: Listeners should expect autonomous driving, robotics, and AI infrastructure to shape markets and mobility faster than many assume. Investors need to watch concentration, Taiwan risk, and AI capex sentiment; societies may need to adapt to a China-led manufacturing edge.

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The CEO of the largest single investor in the world, Norges Bank Investment Management, interviews leaders of some of the largest companies in the world. You will get to know the leader, their strategy, leadership principles, and much more. Hosted on Acast. See acast.com/privacy for more information.

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