Core Viewpoint - The implementation opinion emphasizes the importance of low-altitude infrastructure as a foundation for the development of the low-altitude economy, highlighting the role of the information and communication industry in supporting this development through enhanced communication, monitoring, navigation, and intelligent networking systems [1]. Group 1: Key Tasks - The implementation opinion outlines the need to advance low-altitude scene communication network coverage, particularly in areas below 300 meters, by leveraging existing 5G infrastructure and employing methods such as beam optimization and new base stations [2]. - It encourages telecommunications companies to collaborate with relevant national departments to enhance network coverage and service capabilities, particularly in remote areas and for low-altitude applications [2]. - The opinion aims to improve navigation precision services by utilizing the BeiDou ground enhancement system and public service platform, enhancing positioning speed and accuracy for low-altitude aircraft [2]. Group 2: Technological Development - The document calls for research and validation of key low-altitude communication technologies, focusing on air-ground collaborative networking and interference coordination to enhance low-altitude perception capabilities [3]. - It promotes the development of the 5G-A industry, aiming to upgrade existing ground station functionalities and reduce equipment costs while fostering innovation in low-altitude equipment and information communication [3].

格隆汇2月10日丨博睿数据(688229.SH)在互动平台表示，公司将持续加强技术研发与市场开拓，持续提 升公司的市场竞争力，公司自成立以来始终坚持自主创新，紧跟移动互联网、云计算、大数据、人工智 能等行业前沿技术的发展变革，持续不断的推陈出新。公司目前未涉及PCM相关的业务。 ...

Core Viewpoint - The Ministry of Industry and Information Technology, along with four other departments, has issued implementation opinions to strengthen the capacity building of the information and communication industry to support the development of low-altitude infrastructure Group 1: Low-altitude Communication Network Coverage - The implementation opinions propose that by 2027, the ground mobile communication network coverage along low-altitude public air routes should be no less than 90% [1] - It encourages the use of existing 5G infrastructure and various technical methods to enhance low-altitude mobile communication network coverage in specific areas [2] Group 2: Low-altitude Intelligent Network System - The opinions emphasize leveraging new-generation information technologies such as IoT, AI, cloud computing, and big data to provide solutions for building low-altitude intelligent network systems [3] - It encourages collaboration between telecom enterprises and air traffic management departments to support the development of digital systems for low-altitude traffic management services [3] Group 3: Experimental Verification - The implementation opinions highlight the need for telecom enterprises to conduct research and verification on key low-altitude communication technologies based on actual operational network environments [4] - It aims to enhance low-altitude perception capabilities through the development of collaborative networking and interference coordination technologies [4] Group 4: Enhancing Industry Supply Capacity - The opinions advocate for the active promotion of 5G-A industry development and the upgrading of existing ground station facilities [5] - It emphasizes the integration of low-altitude equipment with information communication and the exploration of research and development for communication, navigation, and monitoring function modules [5]

Group 1: AI and Digital Economy - Shenzhen's digital economy core industry added value is expected to exceed 1 trillion yuan in 2024, accounting for 10% of the city's GDP, showing steady year-on-year growth [1] - The demand for composite digital talents is experiencing explosive growth due to the expansion of digital industry clusters such as artificial intelligence, big data, and industrial internet [1] - The current digital education transformation in higher education faces challenges, including uneven infrastructure, insufficient curriculum integration with digital strategies, and weak collaboration with leading digital economy enterprises [2] Group 2: Park Development and Urban Innovation - Shenzhen has built 1,350 parks, creating a high-density public space network that can serve as a low-cost, high-traffic platform for enterprises, especially startups [3] - There is a noticeable gap between the functional supply of parks and the large market demand, indicating the need for a more innovative approach to park utilization [3] - Suggestions include implementing a thematic renovation project and exploring market-oriented operations to enhance the parks' roles in economic development [3] Group 3: Semiconductor and Integrated Circuit Industry - The semiconductor and integrated circuit industry is identified as a strategic and foundational sector for economic development, with Shenzhen aiming to build a world-class innovation hub [4] - Pingshan District has formed a relatively complete industrial chain in the semiconductor sector, with chip manufacturing capacity exceeding 50% of the city's total [4] - Recommendations include supporting the establishment of a semiconductor and integrated circuit industry cluster in Pingshan and advancing packaging projects to enhance competitiveness [4]

Core Viewpoint - The article discusses the implementation opinions on strengthening the capacity of the information and communication industry to support the development of low-altitude infrastructure, emphasizing its significance for the low-altitude economy and the need for collaboration between various sectors [2][7]. Summary by Sections Overall Requirements - The implementation aims to enhance the technical foundation, industrial supply capacity, network support, and security assurance of the information and communication industry, facilitating the construction of low-altitude communication networks and improving navigation precision [8][9]. Key Tasks - The document outlines several key tasks, including: - Promoting low-altitude communication network coverage, particularly in areas below 300 meters, utilizing existing 5G infrastructure and optimizing network deployment [10]. - Enhancing navigation precision services by leveraging the BeiDou ground enhancement system and public service platform [11]. - Supporting the construction of low-altitude intelligent network systems using advanced technologies like IoT, AI, and big data [11]. - Conducting trials and validations for key low-altitude communication technologies to improve perception capabilities [12]. - Advancing the 5G-A industry and reducing equipment costs while promoting innovation in low-altitude communication and navigation [12]. - Encouraging collaborative construction and sharing of low-altitude infrastructure among telecom enterprises [12]. Industry Management and Security - The implementation emphasizes the need for regulatory frameworks for telecom services, equipment management, and data security, ensuring a robust management system for low-altitude applications [13]. - It also highlights the importance of establishing a network and data security assurance system to protect critical information infrastructure [13]. Frequency Resource Optimization - The document calls for research on low-altitude radio frequency resource planning to support communication and monitoring needs in the low-altitude economy [14]. Organizational Support - It stresses the importance of inter-departmental collaboration and local government involvement to ensure the effective implementation of the proposed measures, including funding and technical support for infrastructure development [15].

Core Viewpoint - The implementation opinions aim to strengthen the capacity building of the information and communication industry to support the development of low-altitude infrastructure, which is crucial for the growth of the low-altitude economy [1][2]. Overall Requirements - The strategy is guided by the principles of socialism with Chinese characteristics, emphasizing the coordinated development of the information communication industry and low-altitude equipment manufacturing [2]. - The focus is on enhancing technical capabilities, industrial supply capacity, network support, and security assurance to facilitate the construction of low-altitude communication networks and intelligent network systems [2]. Key Tasks - **Low-altitude Communication Network Coverage**: Promote network coverage in low-altitude flight areas below 300 meters by utilizing existing 5G infrastructure and optimizing network technologies [4]. - **Multi-Detection Collaborative Service Capability**: Enhance detection and monitoring capabilities in key areas through the integration of various sensing technologies [4]. - **Navigation Precision Services**: Utilize the BeiDou system and 5G networks to improve the positioning speed and accuracy of low-altitude aircraft [4]. - **Intelligent Network System Construction**: Leverage new information technologies to support the development of low-altitude intelligent network systems [5]. - **Testing and Validation**: Conduct research and validation on key technologies and network deployment to create replicable solutions [6]. - **Industry Supply Capacity Enhancement**: Promote the development of 5G-A technology and reduce equipment costs while fostering innovation in low-altitude communication [6]. - **Collaborative and Standardized Construction**: Encourage resource sharing and the establishment of standards to support low-altitude technology development [7]. - **Industry Management Regulation**: Develop regulatory frameworks for telecommunications services and equipment management in low-altitude applications [7]. - **Network and Data Security Assurance**: Establish a security framework for information infrastructure to protect network and data integrity [7]. - **Frequency Supply Optimization**: Research and plan the allocation of radio frequency resources for low-altitude communication [7]. Organizational Assurance - Strengthen inter-departmental collaboration and local government engagement to ensure the effective implementation of network deployment, technical enhancement, and safety measures [8]. - Encourage the use of various funding channels to support the development of key technologies and infrastructure [8].

Group 1 - The core focus of the news is the significant rise of the Seedance concept, particularly in the domestic computing and AI application sectors, with the big data ETF Huabao (516700) experiencing a price increase of over 1.8% at one point and currently up by 1.09% [1] - The AI video generation model Seedance 2.0 from ByteDance has gained attention for its ability to generate high-quality videos from text and images, supporting video segments of 5 to 15 seconds with multi-angle shots and dialogue [1][3] - The domestic video generation field is becoming increasingly competitive, similar to the state of large language models in 2025, with companies focusing on differentiated development in specific application scenarios [3] Group 2 - The data center is identified as a core infrastructure for AI, with a high demand in the computing market driving steady growth in the IDC industry [3] - The Huabao big data ETF (516700) tracks the CSI big data industry index, with a significant weight of 40.91% in computing concepts and 37.43% in AI application concepts as of the end of 2025 [3][5] - Key stocks in the ETF include industry leaders such as Zhongke Shuguang, Keda Xunfei, and Inspur Information, with a focus on technology self-reliance and the acceleration of domestic substitution processes [5]

Core Insights - The project aims to establish a high-quality, standardized multimodal database for gastrointestinal tumors, focusing on enhancing early detection rates and treatment precision in China [2][3][4] Group 1: Project Overview - The initiative is led by Professor Liao Jiazhi from Tongji Hospital, with a core team comprising experts from various medical and data science fields [3] - The project will integrate diverse data types, including endoscopic images, pathology slides, genetic sequencing, and clinical follow-ups, to create a comprehensive data asset for gastrointestinal tumors [4] Group 2: Technological Framework - The core technology of the project revolves around "multimodal" and "standardization," aiming to improve the efficiency of AI product and technology development in gastrointestinal oncology [4] - The collaboration plans to gather and manage tens of thousands of high-quality case data during the project period, developing AI algorithms for early screening, precise classification, efficacy prediction, and recurrence risk assessment [4] Group 3: Industry Impact - The partnership between Yidu Technology and Tongji Hospital represents a practical application of the "clinical demand-driven, AI-powered research, and industry-academia collaboration" model, which is expected to enhance the overall diagnostic and treatment levels for gastrointestinal tumors in China [5] - Yidu Technology has extensive experience in data governance and multimodal analysis, having processed nearly 7 billion authorized medical records across over 10,000 hospital partnerships by September 30, 2025 [5]

来源：科技日报 【创新火花】 ◎本报记者 王延斌 通讯员 巩 固 在探索生命奥秘的征途中，科学家们一直致力于实时、精准地洞察细胞内部的变化。在山东省环境自适 应智能化学品重点实验室里，实验室首席科学家、中国科学院院士唐波团队创制了新型小分子荧光探 针，这一成果成为深入认识细胞的科学工具。 正是由于团队在化学合成、光谱分析和细胞实验等方面的紧密协作，才得以持续推动探针性能不断迭代 升级。 活性氧被称为"细胞里的幽灵信号"。它转瞬即逝，还容易与其他物质混淆，学界长期以来对它"看不 见、分不清、测不准"。团队通过创制新型荧光探针和连续流分析仪器，成功攻克了这一难题。 唐波常对学生说，在实验室里，有两种能力比论文更为重要：一是"提出真问题"的洞察力，二是"解决 实际问题"的能力。他直言，尽管如今科研条件更加优越，获取信息的方法更为丰富，但以科学研究解 决真问题的导向不能改变，坚持不懈解决真问题的作风必须坚持。 "年轻人要充分利用人工智能、大数据等技术手段，创新科研范式，做到有组织、系统性地开展科研创 新。"唐波说，"我坚信，中国的科学家会攻克更多世界科研难题，在科学发展史上写下更多中国故 事。" 只要功夫深，铁杵磨成 ...

Group 1 - The core viewpoint of the news is that Oriental国信's stock price increased by 5.05% to 12.68 yuan per share, with a trading volume of 988 million yuan and a turnover rate of 8.87%, resulting in a total market capitalization of 14.439 billion yuan [1] - Oriental国信, established on July 28, 1997, and listed on January 25, 2011, is based in Beijing and specializes in providing enterprise-level big data and cloud computing products, industrial internet platforms, and overall industry solutions [1] - The revenue composition of Oriental国信 includes 76.59% from custom software development and services, 16.14% from system integration, 5.60% from cloud computing, and 1.68% from software products [1] Group 2 - Among the top circulating shareholders of Oriental国信, 华夏基金's 华夏中证1000ETF (159845) reduced its holdings by 9,400 shares in the third quarter, now holding 4.9508 million shares, which accounts for 0.55% of the circulating shares [2] - The 华夏中证1000ETF (159845) was established on March 18, 2021, with a latest scale of 49.908 billion yuan, achieving a year-to-date return of 8.36% and a one-year return of 35.81% [2] - The fund manager, Zhao Zongting, has been in the position for 8 years and 302 days, with a total fund asset scale of 356.966 billion yuan, achieving the best fund return of 124.19% and the worst return of -32.63% during his tenure [2]