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Fujitsu, Carnegie Mellon University Partner to Develop AI Operating System for Human-Machine Collaboration
As global AI competition increasingly focuses on real-world applications, the powerful alliance between tech giants and leading academic institutions is once again capturing the industry's spotlight. On April 23, Fujitsu formally unveiled its new strategic initiative for autonomous robotics, dubbed "Physical AI." Central to this strategy is a newly announced partnership with Carnegie Mellon University to establish a "Joint Research Center for Physical AI."
The collaboration's centerpiece is the development of a dedicated operating system for AI-powered robots. This system is designed to overcome current limitations in robotic autonomy by providing more efficient foundational support. According to the development roadmap, the first version of this OS is slated for a public demonstration by the end of 2026.

To ensure the research progresses effectively, the partnership will leverage Carnegie Mellon University's newly built "Robot Innovation Center" in Pittsburgh, Pennsylvania, which was finalized in February 2026. This state-of-the-art facility will provide an advanced laboratory environment for iterating Physical AI algorithms and conducting real-world tests.
Regarding its application vision, Fujitsu and Carnegie Mellon have outlined an ambitious roadmap. They share a long-term goal of achieving "seamless human-robot collaboration" by 2030. The operating system will initially target complex environments such as factory production lines and healthcare institutions. Through the deep integration of Physical AI, robots will be empowered to assist humans in performing diverse tasks more safely and intelligently, ultimately transforming productivity in traditional industries.
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As global AI competition increasingly focuses on real-world applications, the powerful alliance between tech giants and leading academic institutions is once again capturing the industry's spotlight. On April 23, Fujitsu formally unveiled its new strategic initiative for autonomous robotics, dubbed "Physical AI." Central to this strategy is a newly announced partnership with Carnegie Mellon University to establish a "Joint Research Center for Physical AI."
The collaboration's centerpiece is the development of a dedicated operating system for AI-powered robots. This system is designed to overcome current limitations in robotic autonomy by providing more efficient foundational support. According to the development roadmap, the first version of this OS is slated for a public demonstration by the end of 2026.

To ensure the research progresses effectively, the partnership will leverage Carnegie Mellon University's newly built "Robot Innovation Center" in Pittsburgh, Pennsylvania, which was finalized in February 2026. This state-of-the-art facility will provide an advanced laboratory environment for iterating Physical AI algorithms and conducting real-world tests.
Regarding its application vision, Fujitsu and Carnegie Mellon have outlined an ambitious roadmap. They share a long-term goal of achieving "seamless human-robot collaboration" by 2030. The operating system will initially target complex environments such as factory production lines and healthcare institutions. Through the deep integration of Physical AI, robots will be empowered to assist humans in performing diverse tasks more safely and intelligently, ultimately transforming productivity in traditional industries.
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