OpenAI Enters the Humanoid Robot Race With Its Own AI-Powered Robot

OpenAI is moving beyond software and artificial intelligence models and into physical robotics. OpenAI CEO Sam Altman has confirmed that the company is developing a humanoid robot, along with robots using other designs.

During an appearance on the Sources podcast, Altman was asked whether OpenAI’s robotics plans involved humanoid robots or machines designed for data centers. His answer was simple: the company plans to work on both.

OpenAI Enters the Humanoid Robot Race With Its Own AI-Powered Robot

Altman also suggested that the biggest challenge is not necessarily building the robot’s physical body. Instead, he believes the harder task is creating the AI system, or “brain,” that can understand the physical world and control a robot effectively.

Why OpenAI Wants a Humanoid Robot

Altman believes humanoid robots make sense because the world around us has been designed for humans.

Doors, computers, kitchens, vehicles, tools and many other systems are built around the human body. A robot with a similar shape could potentially interact with these environments without requiring major changes to existing infrastructure.

This could allow a humanoid robot to perform a wide range of tasks. These could include household chores, operating equipment, moving objects and interacting with devices designed for people.

Altman also believes personal robots could eventually become common in homes. He acknowledged that manufacturing and infrastructure need to develop first, but said he expects a future where everyone could have a personal robot.

The AI Brain Could Be the Bigger Challenge

Several companies are working on AI systems designed to control robots. The goal is to create models that can understand surroundings, make decisions and perform tasks in the real world.

Companies such as Nvidia, Google DeepMind and Skild AI are developing robotic AI systems that can work across different hardware platforms. Nvidia has also introduced reference designs for humanoid robots, while Google’s Gemini Robotics technology is being used with hardware from companies such as Apptronik and Boston Dynamics.

OpenAI’s approach could be different because the company appears interested in developing both the intelligence and important parts of the hardware.

Building the Robot Is Not Easy

Although Altman places strong emphasis on the AI side, manufacturing a humanoid robot is also extremely difficult.

Tesla has been developing its Optimus humanoid robot for years, but scaling production has proved challenging. The company has described Optimus as one of its most difficult products to manufacture because the robot requires new components and an entirely new supply chain.

Actuators are another major challenge. These components allow robots to move and are among the most expensive parts of a humanoid robot. Their production also depends on complex motors, gears, sensors and other technologies.

This means OpenAI cannot simply develop an AI model and attach it to an existing robot if it wants full control over the technology.

See Also: OpenAI is Developing Automated Shutdown Features for AI Tools

OpenAI Is Hiring Robotics Experts

OpenAI’s hiring activity suggests that its robotics plans go beyond research.

The company has been recruiting people for multiple robotics positions, including roles focused on actuators, electromagnetic design, gears, firmware, thermal systems, and manufacturing. Some positions involve developing custom electromechanical actuators and working with manufacturing partners.

These roles indicate that OpenAI is building expertise in the physical components required for a robot, rather than focusing only on software.

There is also another important reason for building its own robots: data.

Robots need large amounts of real-world training data to learn how to interact with objects and environments. Operating its own machines could give OpenAI direct access to information about movement, grip strength, failures, corrections, and other physical interactions.

That data could then help improve the AI systems controlling the robots.

OpenAI Has Not Revealed a Launch Date

Despite Altman’s confirmation, many details remain unknown. OpenAI has not announced a release date, production target, or manufacturing partner for its humanoid robot. The company has also not shown a finished prototype.

For now, the project appears to be in development.

The timing is notable, however. Humanoid robotics is growing rapidly, with global shipments reaching around 19,100 units during the first half of 2026, according to the figures cited in the original report. Chinese manufacturers currently account for the overwhelming majority of those shipments.

OpenAI’s entry could add another major competitor to an already crowded market.

If the company can combine its AI expertise with capable robotic hardware, it could play a significant role in shaping the next generation of physical AI. But turning that vision into an affordable and reliable robot for everyday users will be a much bigger challenge than simply building an AI model.