Wall Street’s focus remains fixed on AI chatbots, but a market with even greater potential is quietly taking shape—robots capable of performing physical tasks. Whether sorting packages, welding parts, or moving inventory, the commercial value they represent far exceeds that of virtual assistants. Goldman Sachs recently significantly raised its forecast for the humanoid robot market to $38 billion by 2035, while the industrial robot market is projected to climb to $94 billion. More crucially, breakthroughs in AI foundation models have reduced the cost of training robots by a factor of ten. All this indicates that a $130 billion robotics wave is sweeping in, and within it, two tech giants, by virtue of their control over critical infrastructure, offer investors a unique path to participation.
Tesla has placed a heavy bet in this race, with its CEO Elon Musk even asserting that the humanoid robot “Optimus” could contribute 80% of the company’s value in the future. Although its execution timelines have often been later than expected, and the current number of deployed robots falls short of targets, the core of Tesla’s wager lies in disruptive cost control. Its goal is to price each humanoid robot between $20,000 and $30,000, significantly lower than competitors’ prices exceeding $100,000. If achieved, robots would transform from expensive specialized equipment into operational tools available for large-scale procurement.
Tesla’s unique advantage lies in deep vertical integration. The neural network technology powering its electric vehicles can be directly applied to robot navigation, its mature battery technology can power “Optimus,” and its massive owned factories provide unparalleled mass-production capability. Even if the current stock price already reflects high expectations, if the vision for “Optimus” is realized even partially, the resulting growth potential could far exceed that of Tesla’s existing automotive business.
In contrast to Tesla’s high-profile vision, Amazon is building its robotics empire in an extremely pragmatic manner. It isn’t chasing the hype of humanoid robots but is quietly operating the world’s largest robot fleet—over 1 million robots already work alongside human employees in its fulfillment network. These are not lab prototypes but mature production systems handling hundreds of millions of packages daily.
Amazon’s strength is evident in tangible efficiency gains and deep system integration. The application of its robotics, such as the deployment of systems like DeepFleet, has improved transportation efficiency by about 10%; this seemingly small improvement yields massive compound benefits globally. The Hercules robot can lift 1,250 pounds, while the Proteus robot can move safely among people, perfectly combining powerful performance with human-collaborative safety. The number of robots operating in next-generation logistics centers is growing exponentially, simultaneously creating more high-value jobs requiring skilled personnel for maintenance. Amazon’s model proves that automation isn’t simply about replacing labor but about shifting and elevating the nature of work, thereby continuously optimizing operational costs and efficiency, and building a durable competitive moat that is difficult for rivals to replicate.
