Op-ed: What $5 billion humanoid robots taught me about risk, jobs and the future of the economy

Recently, Apptronik secured a significant $520 million investment, elevating its valuation to over $5 billion, with the backing of Google DeepMind. This marks a monumental shift in the humanoid robotics market, a landscape that seemed uncertain just a few years ago. During a visit to Austin with a group of fellow entrepreneurs, I had the opportunity to witness Apptronik's early pitch. The company, emerging from research at the University of Texas at Austin, proposed creating versatile humanoid robots intended for real-world industrial use. At first glance, it appeared to be an ambitious — if not unrealistic — vision. However, as the discussion unfolded, it became clear that this was an opportunity worth pursuing, leading us to become early investors at a $15 million valuation. The issue at hand is critical; unlike many startups that tackle minor inconveniences, humanoid robotics addresses a fundamental challenge: labor shortages. As the global workforce ages, industries like manufacturing and logistics face increasing difficulty in hiring and retaining labor, driving up costs. The potential to create robots that can handle repetitive, hazardous, or physically taxing tasks is not merely about convenience; it represents a transformative shift in the economic landscape. The risk associated with early-stage investments is well-known, but the potential rewards can be enormous. Labor costs constitute a significant portion of the global economy, and a successful humanoid robot platform could tap into a trillion-dollar market. The pitch was not for a simple feature but for a revolutionary platform with vast potential. Apptronik's technical expertise stood out as well. The founders, rooted in rigorous robotics research, possessed a deep understanding of the complexities involved in creating such machines. They weren’t just presenting a software solution; they were tackling the hard science behind robotics, a field where shortcuts can lead to failure. Moreover, the resilience of the founder, Jeff Cardenas, was a key factor in our decision to invest. In hardware startups, challenges such as supply chain issues and cost overruns are commonplace. Jeff’s steady demeanor and humility suggested that he could navigate these turbulent waters without succumbing to panic. The challenges in scaling hardware are daunting, yet they present unique opportunities. Apptronik is currently engaged in discussions for over $1.2 billion in potential sales with major corporations. However, the real test will come with the ability to execute manufacturing at scale, a critical aspect of turning vision into reality. The recent advancements in artificial intelligence have also significantly shifted the landscape. With the integration of sophisticated AI systems and a partnership with Google DeepMind, Apptronik is now positioned to align its hardware capabilities with intelligent solutions, transforming robots from mere machinery into valuable labor resources. The implications of humanoid robotics extend beyond just financial returns; they could reshape entire industries, including manufacturing, logistics, and national defense. Other nations are investing heavily in this field, and the U.S. must leverage its strengths, such as top-tier universities and a robust investment ecosystem, to lead in this pivotal technology. As we look to the future, the vision of having more humanoid robots than humans, as Elon Musk suggests, becomes increasingly plausible. These advancements could even play a crucial role in future endeavors, such as interplanetary exploration. While the path to widespread adoption of humanoid robotics may take longer and be more costly than anticipated, the potential impact on how work is performed could be monumental. It is a risk worth pursuing, and one that could redefine the future of labor.