OpenAI Confirms In-House Humanoid Robot Program: Sam Altman Outlines Physical AI Hardware Pivot

In a defining strategic pivot, OpenAI CEO Sam Altman officially confirmed that the artificial intelligence company is developing its own first-party humanoid robot alongside multiple physical device form factors. Moving beyond third-party venture investments and model licensing deals with partners like Figure AI and 1X, OpenAI has established an internal robotics hardware division tasked with end-to-end mechanical engineering, custom actuator design, and on-device embodied reasoning systems.

From Software APIs to First-Party Embodied Hardware

For years, OpenAI operated exclusively as an algorithmic research and software platform, relying on partners to test its foundation models in physical environments. Altman's direct confirmation—stating plainly that 'we will definitely do a humanoid'—signals an aggressive hardware transition. OpenAI is actively scaling specialized engineering teams across electro-mechanical actuators, power electronics, embedded firmware, and physical safety interlocks to produce complete, consumer-ready robotic bodies tailored specifically to run its multimodal frontier models.

Key Elements of OpenAI's Hardware Strategy

• First-Party Humanoid Design: Independent in-house development of bipedal humanoid robotics engineered for domestic and light industrial tasks.
• Multi-Form-Factor Roadmap: Simultaneous R&D on compact desktop ambient AI hardware (such as the puck-sized device developed with Jony Ive's LoveFrom).
• Custom Silicon Integration: Co-optimization with OpenAI's upcoming in-house 'Jalapeño' inference ASICs and localized vision-language-action (VLA) models.
• Direct Actuator Control: Real-time closed-loop motor telemetry utilizing the newly drafted Model Hardware Standard (MHS).

Market Implications for the Physical AI Industry

Altman emphasized that the humanoid robotics addressable market will ultimately become ten times larger than the global automotive sector. By combining frontier reasoning capabilities with proprietary physical hardware, OpenAI positions itself in direct competition with Tesla's Optimus, Boston Dynamics, and emerging Chinese robotics foundries.

Program Summary