近期，OpenAI 宣布将重点拓展其在机器人和AI设备领域的布局，标志着这家以大语言模型闻名的公司正加速向物理世界延伸。尽管 OpenAI 早期曾涉足机器人研究（如2018年与加州大学伯克利分校合作开发的Dactyl机械手），但此后多年重心主要放在软件和算法上。如今，随着生成式AI技术趋于成熟，OpenAI 开始探索如何将智能模型与实体设备结合，打造能感知、决策并执行任务的智能体。据媒体报道，OpenAI 已秘密启动多个硬件项目，并与多家制造和芯片企业展开合作，旨在开发具备自主交互能力的AI驱动设备。此举不仅有望推动家庭服务机器人、工业自动化等场景的发展，也预示着AI从“虚拟助手”向“物理代理”的演进。不过，OpenAI 仍强调其核心优势在于软件层——即通过强大的AI模型赋能第三方硬件，而非直接大规模制造终端产品。这一战略既降低了重资产风险，又可快速扩大生态影响力。未来，OpenAI 或将成为连接AI大脑与物理世界的桥梁，重塑人机协作的新范式。
Recently, OpenAI announced its strategic push into robotics and AI-powered devices, signaling the company—best known for its large language models—is accelerating its expansion into the physical world. Although OpenAI previously explored robotics (notably collaborating with UC Berkeley in 2018 on the Dactyl robotic hand), it has since focused primarily on software and algorithms. Now, with generative AI technologies maturing, OpenAI is exploring how to integrate its intelligent models with physical hardware to create agents capable of perception, decision-making, and action. According to media reports, OpenAI has quietly launched multiple hardware initiatives and is partnering with manufacturers and chip companies to develop AI-driven devices with autonomous interaction capabilities. This move could significantly advance applications in home service robots, industrial automation, and more, marking a shift of AI from ‘virtual assistants’ to ‘physical agents.’ However, OpenAI emphasizes that its core strength remains in software—empowering third-party hardware through powerful AI models rather than mass-producing its own devices. This strategy minimizes capital-intensive risks while rapidly expanding its ecosystem influence. In the future, OpenAI may become a crucial bridge between AI intelligence and the physical world, redefining human-machine collaboration.
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