In 2026, AI agent technology witnessed a significant leap forward, with its application scenarios proliferating extensively. AI agents have metamorphosed from basic conversational aides into digital workhorses, capable of independently performing intricate tasks. Their repertoire now encompasses code writing, PowerPoint creation, video editing, and beyond. Worldwide, 57% of enterprises have integrated multi-step workflow AI agents into their production environments, with the adoption rate soaring to 67% among large corporations. This trend signifies the technology's evolution from mere tool-assisted operations to autonomous execution.

From a technological standpoint, AI agents manifest three pivotal traits: heightened autonomy, achieved through the ReAct framework and reinforcement learning algorithms for intricate task planning; multi-modal interaction as a norm, accommodating voice, text, image, and various other input/output formats; and well-developed collective intelligence collaboration frameworks, facilitating cross-departmental and cross-system business process automation via A2A and MCP protocols.

In terms of commercial viability, AI agents offer enterprises the dual advantages of efficiency enhancement and cost optimization. They slash the processing time for highly repetitive tasks by an average of 40%, while boosting efficiency in complex business processes by over 50%. Impressively, 88% of early adopters have already reaped positive returns on investment (ROI).

Against this transformative backdrop, OpenAI declared its foray into the robotics sector with full vigor, establishing a dedicated Robotics Business Unit. This move aims to implement a comprehensive full-stack layout, spanning from algorithm development to hardware manufacturing. OpenAI has unveiled two product lines—assistive robots and general-purpose personal robots—to expedite the deployment of embodied AI technology and redefine the global AI and robotics industry landscape.