Understanding the workings of the ‘brain’ will require significant time and effort.
OpenAI is engaged in the development of AI models and new consumer technologies, but CEO Sam Altman and his team are also considering an ambitious project: the creation of a humanoid robot.
On a recent episode of the Sources podcast, Altman discussed the rationale behind designing robots in human-like forms, stating that “the world is very much designed for people.” Everyday objects like doors, keyboards, and tools are tailored to accommodate human shapes, suggesting that a robot meant to navigate these environments should mirror this form. As Altman noted, “matching that form factor seems beneficial.”
When probed about whether OpenAI intends to construct such a robot, Altman replied simply: “We will.” However, he emphasized that his focus lies less on the physical appearance of the robot and more on developing the “brain” that will enable its functionality. Creating a machine with limbs is futile if it lacks understanding of how to use them, he pointed out.
Despite these ambitions, a market-ready product is still a few years away. Altman estimated that a noteworthy demonstration could be ready by 2027, but noted that it may take longer for robots to be seen in public spaces. OpenAI has not provided specific details about what this demonstration will entail or how the humanoid robot will appear.
Optimizing the ‘brain’ for practicality
Referring to the robot’s ‘brain’ simplifies the challenges involved, but the reality is far more complex.
For a humanoid to operate effectively, it must accurately interpret the data from its cameras and sensors, comprehend commands, plan actions, move its body accordingly, and adapt to unexpected changes in its environment. For example, when picking up a mug, the robot needs to recognize the object, locate the handle, gauge the required grip strength, and apply the right amount of pressure. Failing to do so could result in spills and cleanup tasks.
OpenAI is actively seeking talent to tackle these challenges. The company is looking for experts in motion control, sensor interpretation, actuator management, and comprehensive robotic behavior, alongside those skilled in building the machine-learning frameworks required for training physical AI systems.
There is a precedent for this work. OpenAI’s Dactyl project demonstrated how a robotic hand could manipulate objects, achieving this entirely through simulated training. The company later applied similar methods to solve the Rubik’s Cube, highlighting the ongoing challenge that affects robotics: while software can model desired outcomes, the laws of physics ultimately dictate results.
The hardware still needs construction
Altman’s emphasis on intelligence does not mean OpenAI is neglecting the importance of hardware. Current job openings suggest that the company is focused on developing custom electromechanical systems that incorporate motors, transmissions, sensory attributes, and thermal components, as well as managing the manufacturing and supply chain necessary to produce these systems on a large scale.
Furthermore, OpenAI is not stepping into untested waters. Companies like Tesla have been developing their Optimus robot for years, and XPENG’s IRON humanoid recently demonstrated its ability to autonomously walk off the assembly line. This serves as a reminder that even cutting-edge software must effectively control complex mechanical systems.
OpenAI’s objectives appear to be more pragmatic than simply introducing humanoid robots into households. A job listing suggests the immediate goal is to engineer versatile robots that can assist skilled laborers in infrastructure development, with a longer-term vision of creating personal robots capable of performing a broad array of tasks.
If you’re envisioning a ChatGPT-like humanoid doing household chores, it might still be too early to remove your dishwasher. OpenAI has yet to reveal any concrete details about a robot, including its price, subscription model, release dates, or privacy measures tailored for such devices. Concerns may become increasingly pertinent if a future robot incorporates cameras and microphones while navigating a domestic space.
Currently, OpenAI has 27 open positions in the robotics sector.
