Core Viewpoint - The key to achieving a commercial closed loop in the computing power industry is to provide "convenient, easy to use, and inexpensive" computing power [3][12]. Group 1: Current State of Computing Power Infrastructure - The average utilization rate of computing power in intelligent computing centers is below 40%, indicating a significant issue with computing power consumption [4]. - The demand for reasoning has shifted as large model training has declined, leading to fragmented reasoning scenarios that need to be addressed [4][25]. - The industry is transitioning from a focus on construction to a focus on usability and cost-effectiveness, emphasizing the need for clear user scenarios before building [9][12]. Group 2: Commercial Closed Loop in Computing Power - The commercial closed loop is defined as the ability for AI solutions to be implemented in business scenarios and generate profit [12][14]. - Key conditions for achieving this closed loop include the ease of use and low cost of computing power, which allows creators and developers to fully leverage their capabilities [12][14]. - The MaaS (Model as a Service) model has emerged as a solution to enhance the usability and cost-effectiveness of computing power [12][18]. Group 3: Future Trends and Opportunities - The AI reasoning market is on the verge of a significant explosion, with predictions of a 10-fold growth in the coming year [5][25]. - The integration of multi-modal applications is expected to drive the next wave of growth in computing power demand, with advancements in image and video generation technologies [25][27]. - The widespread adoption of AI glasses and other hardware products could lead to a dramatic increase in token consumption, potentially reaching hundreds of billions [35][36]. Group 4: Key Milestones and Industry Developments - The rise of DeepSeek has reshaped public and industry perceptions of AI, highlighting the importance of AI infrastructure software [31][32]. - Domestic companies are making strides in the super-node architecture, which could lead to breakthroughs in computing power capabilities [33][34]. - The introduction of AI glasses is expected to accelerate data collection and model training processes, marking a significant milestone in the data dimension [34][35].

Core Viewpoint - The Chinese AI agent industry has established a "SaaS-MaaS-RaaS" tripartite business model, driven by technology, policy, and ecosystem factors, accelerating the commercialization of a trillion-level market through regional differentiated competition [1]. Business Model Summary - The AI agent industry in China can be categorized into three main models based on service form, deployment method, and application scenario: - **SaaS Model**: Dominates the market with a 30% share, driven by the demand for standardized intelligent tools. It operates on a subscription basis, focusing on efficiency improvement through basic subscription fees and value-added services [3][12]. - **MaaS Model**: Fastest growth at 15%, reflecting the acceleration of model-as-a-service commercialization. It relies on computational power and model innovation for customer acquisition, with significant cost advantages, such as SenseTime's model inference cost being 60% lower than the industry average [3][8]. - **RaaS Model**: Accounts for 12% of the market, focusing on human-machine collaborative automation in sectors like manufacturing and finance, with notable improvements in operational efficiency [3][8]. Market Dynamics - The AI agent industry is experiencing a competitive race among innovation parks, with Shanghai's Xuhui District housing over 1,000 companies and offering substantial computational subsidies. SenseTime's generative AI revenue reached 2.4 billion yuan in 2024, constituting 63.7% of its total revenue [4]. - The industry is supported by policy initiatives, such as the Ministry of Industry and Information Technology promoting "AI + manufacturing" actions and various cities providing computational vouchers and project subsidies to foster ecosystem development [7][8]. Financial Metrics - **SaaS Model**: Average gross margin of 60%-80%, customer retention rate of 75%-90%, and annual customer spending between 50,000 to 500,000 yuan [11][12]. - **MaaS Model**: Average gross margin of 40%-60%, customer retention rate of 60%-75%, and annual customer spending between 100,000 to 2 million yuan [11][12]. - **RaaS Model**: Average gross margin of 30%-50%, customer retention rate of 50%-65%, and annual customer spending between 200,000 to 1 million yuan [11][12].