你不会再「上网」，而是说出一个目标，然后由一群 AI 自动完成。 ——未来互联网使用场景设想 过去三十年，互联网经历了从静态网页到智能推荐的深刻演变。如今，我们正站在互联网的另一个重大转折点上。 这一转折，来自一种全新的范式设想 ——Agentic Web，一个由 AI 智能体组成的、目标导向型的互联网系统。在这个新框架中，用户不再手动浏览网 页、点击按钮，而是通过自然语言向智能体发出一个目标，AI 会自主规划、搜索、调用服务、协调其他智能体，最终完成复杂任务。 这不是幻想，而是由 UC Berkeley、UCL、上海交通大学、上海创智学院等机构的研究者联合提出，并在论文中系统论述的 Web 重构方案。 单位：上海交通大学，University of California, Berkeley，University College London，上海创智学院等 链接： https://arxiv.org/abs/2507.21206 Github： https://github.com/SafeRL-Lab/agentic-web 这是一次对互联网底层逻辑的全面「改写提案」：人类不再是唯一的网络使用者，智能体将 ...

Core Viewpoint - The article discusses the emergence of the "Agentic Web," a new paradigm in internet usage where AI agents autonomously complete tasks based on user-defined goals, marking a significant shift from traditional web interactions [3][6][57]. Group 1: Paradigm Shifts in the Web - The internet has undergone three major paradigm shifts: from a keyword-driven "directory web" in the PC era, to a recommendation-driven "content explosion" in the mobile era, and now to an "action network" driven by AI agents [8][9][15]. - In the Agentic Web, the role of the web transitions from being an information repository to an ecosystem of actionable resources for AI agents [13][15]. Group 2: Definition and Structure of Agentic Web - The Agentic Web is defined as a distributed, interactive ecosystem where AI agents, powered by large language models (LLMs), continuously plan, coordinate, and execute goal-oriented tasks [16][17]. - Users interact with the web by delegating tasks to AI agents, which autonomously handle the execution of these tasks [20][21]. Group 3: Core Dimensions of Agentic Web - The structure of the Agentic Web can be understood through three core dimensions: intelligence, interaction, and economy [24][28]. - The "Agent Attention Economy" signifies a shift in focus from human clicks to AI agent interactions, changing the metrics of commercial competition [29]. Group 4: Application Scenarios - The capabilities of the Agentic Web can be categorized into transactional, informational, and communicational tasks, enabling AI agents to perform a wide range of functions from booking tickets to conducting research [30][31]. - In transactional tasks, users can simply state their needs, and AI agents will autonomously complete the entire process, enhancing efficiency [33]. Group 5: Challenges Ahead - The implementation of the Agentic Web faces systemic challenges, including the need for improved AI capabilities, robust network infrastructure, and a redefined economic model [42][43]. - Key challenges include ensuring the reasoning and memory capabilities of AI agents, managing security risks associated with external tools, and establishing effective communication protocols for multi-agent collaboration [44][51]. Group 6: Socio-Economic Implications - The rise of the Agentic Web poses significant implications for traditional advertising models, labor markets, and economic structures, necessitating a reevaluation of how value is created and distributed in the digital economy [56][58]. - As AI agents become more prevalent, there is a pressing need to address the potential displacement of jobs and ensure equitable economic benefits [56][58].