Core Viewpoint - The core competitive advantage of Li Auto lies in its engineering system that supports large-scale operations, transitioning from manual adaptation to automated processes in software development [1][5]. Group 1: Business Transformation - Li Auto's business landscape has evolved from a single chip and few projects to a stage of large-scale operations with multiple platforms and projects running in parallel [2]. - The traditional software development process for new chip platforms typically requires a migration period of 3-6 months, which is hampered by low logic reuse and high manual coding efforts [2]. Group 2: Automation and Efficiency - Engineers previously spent 40%-60% of their time on repetitive tasks such as parameter adjustments and interface tuning, which has been significantly reduced through the development of an automated toolchain [2]. - The code review process relied heavily on senior engineers manually inspecting code, achieving only 60%-70% coverage, whereas Li Auto's self-developed automation tools allow for automatic generation of configuration files and source code, compressing development cycles from days to hours [2][3]. Group 3: Separation of Static and Dynamic Components - The platform asset layer contains static code that encapsulates core logic, while the demand configuration layer abstracts project-specific parameters into standardized templates [3]. - Li Auto has transformed accumulated technical specifications and historical insights into an AI-driven system that can identify potential conflicts in code integration, addressing issues like non-reentrant interface calls and memory overflow risks before they occur [3]. Group 4: Real-time Problem Resolution - The company has doubled the number of parallel projects it can support, reducing response times for new demands from several days to just a few hours [4]. - Unlike typical internet applications, vehicle software operates in a black-box environment, making real-time data analysis challenging. Li Auto has implemented a mechanism that captures memory snapshots and performance context in real-time, shifting from reactive to proactive problem management [4]. Group 5: Future Outlook - The only solution to alleviate scaling anxiety is to transition from uncontrollable human resources to an evolving automated system [5]. - Li Auto is committed to building an automated factory, emphasizing the importance of automation in its operational strategy [6].

转自：北京日报客户端 据了解，市政府、重庆大学、深圳引望智能技术有限公司此次签署合作协议，将高水平共建重庆大学智 能汽车技术学院，聚焦智能汽车领域方向，以多学科交叉融合推进工程类硕博人才培养，建设智能汽车 技术联合实验室，全力打造具有国际影响力的卓越人才成长摇篮、高质量科技创新策源地和未来产业孵 化高地，为国家和重庆市智能网联新能源汽车产业未来发展提供有力支撑。 12月19日，重庆大学智能汽车技术学院合作共建签约暨揭牌活动举行。重庆市委副书记、市长胡衡华出 席活动。 来源：重庆日报 活动前，胡衡华一行前往重庆大学科学中心，听取智能汽车技术学院建设情况介绍，参观智能座舱、车 载软件、网络安全等实验室，了解办学规模、课程设置、研究方向等情况。 深圳引望智能技术公司董事长徐直军，副市长郑向东，重庆大学党委书记王树新、校长刘昌胜参加。 ...

Core Viewpoint - The opening of the East China High-end Intelligent Manufacturing Base by航盛集团 marks a significant milestone in the development of China's automotive electronics industry, reflecting the company's ambition to become a world-class leader in this field [1][3][10]. Group 1: Strategic Importance - The new base represents a strategic upgrade for航盛集团, showcasing its proactive approach to the major transformations in the automotive industry [5][10]. - The base is designed to serve as a strategic pivot for航盛, facilitating its expansion from a domestic player to an international leader in automotive electronics [7][15]. - The rapid construction of the base, completed in just over 100 days, highlights the strong support from local government and the company's commitment to seizing opportunities in industry upgrades [7][15]. Group 2: Core Functions of the Base - The base will support four core functions: a joint venture with Autoliv for automotive safety systems, the headquarters for航盛's high-end manufacturing division, the Suzhou Artificial Intelligence Research Institute, and the East China Acoustic Manufacturing Base [7][8]. - This integration of functions signifies航盛's transition from a traditional hardware supplier to a technology-driven enterprise offering integrated solutions of "hardware + software + services" [8][10]. Group 3: Industry Trends and Challenges - The establishment of the base aligns with the current trends of electrification, intelligence, and connectivity in the global automotive industry, as highlighted by industry leaders [10][12]. - The automotive electronics sector is increasingly recognized as a key technology that influences user experience and competitive advantage, necessitating higher quality and efficiency standards from component suppliers [10][12]. Group 4: Ecosystem and Collaboration -航盛's commitment to building an "industry ecosystem" is evident through its collaboration with various associations to launch the "Suzhou-Shenzhen Automotive Electronics Industry Collaborative Innovation Ecosystem" [12][18]. - This initiative aims to enhance regional cooperation and promote the flow of innovative resources across different areas, reflecting a shift from individual competition to collaborative growth within the industry [12][18]. Group 5: Future Aspirations -航盛 aims to position the East China base as a hub for technological innovation, high-end manufacturing, and international expansion, with a goal of achieving 30% of its business from overseas by 2030 [17][18]. - The company envisions the base as a critical component in its strategy to contribute to the global automotive industry's transformation, emphasizing quality, innovation, and a robust supply chain [17][18].