Core Insights - Guangdong plans to establish 100 10G optical network projects within this year, with over one-third of these projects focused on factory scenarios [1][2] - The province aims to enhance the intelligent manufacturing foundation through three main aspects: building information infrastructure, promoting collaborative computing and networking, and integrating data with reality [1][2][3] Group 1: Information Infrastructure - As of August 2025, Guangdong has built 431,000 5G base stations and 2,529,000 10G PON ports, leading in scale across China, achieving "gigabit access in every town and 5G coverage in every village" [1][2] - The network construction includes a 400G all-optical network connecting cities in the Guangdong-Hong Kong-Macao Greater Bay Area, targeting ultra-low latency of 1 millisecond within Shaoguan, 3 milliseconds across the Bay Area, and 6 milliseconds province-wide [2] Group 2: Collaborative Computing and Networking - The province is advancing the establishment of a computing hub in Shaoguan, with telecom data centers capable of supporting a capacity of 10,000 cards [2] - The Qianhai integrated computing service platform has been developed, connecting 18 computing resource pools with a total computing scale exceeding 14,000 P, offering services such as computing scheduling, trading, application, and security [2] Group 3: Data and Reality Integration - By August 2025, Guangdong has established over 7,600 5G industry virtual private networks, with nearly 27 million 5G IoT terminal users [2] - The province is promoting the "Hundred-Thousand" action for 5G factories, with 79 factories recognized in the national 5G factory directory over three years [2] - The upgrade of the national top-level node for identification resolution in Guangzhou aims to standardize key processes and ensure interconnectivity of upstream and downstream data [2][3] Group 4: Future Initiatives - Future initiatives will focus on accelerating the deployment of 5G-A and 10G optical networks in manufacturing parks, optimizing computing infrastructure layout, and providing comprehensive AI services to support intelligent manufacturing [3]

Group 1 - Guangdong Province is advancing the intelligent transformation of its manufacturing industry through three main strategies: robust network infrastructure, collaborative computing networks, and the integration of digital and physical sectors [1][2] - By August 2025, Guangdong plans to establish 431,000 5G base stations and 2,529,000 10G PON ports, maintaining its leading position nationally [1] - The province aims to create 100 projects for 10G optical networks this year, with over one-third of these projects focused on factory scenarios [1] Group 2 - As of August 2025, Guangdong has built over 7,600 5G industry virtual private networks, with nearly 27 million 5G IoT terminal users [2] - The "Hundred Thousand" initiative for 5G factories has resulted in 79 factories being included in the national 5G factory directory over three years [2] - Future plans include enhancing the infrastructure for industrial AI, optimizing computing resource layouts, and fostering innovation in AI applications to support deep integration with manufacturing [2]

Core Insights - The 25th China International Industry Fair showcased nearly 3,000 enterprises from 28 countries, highlighting advancements in China's manufacturing transformation and future industrial development [1] Group 1: AI and Manufacturing Integration - The integration of artificial intelligence with manufacturing was a key highlight, exemplified by the global launch of the JAKA EVO industrial intelligent platform, which can autonomously plan tasks with minimal data input [2] - Siemens presented a comprehensive solution demonstrating "digital-physical integration," showcasing a new generation of electronic mechanical braking systems that significantly reduce design and procurement costs [2] - Shanghai Jiao Tong University's intelligent machine tool system allows for autonomous optimization of machining paths, marking a shift from traditional engineer-dependent software [2] Group 2: Heavy-Duty Robotics - Chai Fu Robotics introduced the world's first heavy-duty industrial robot with a rated load of 5 tons, capable of handling extreme conditions in various industries [3] Group 3: Clean Energy Supply Systems - The fair featured advancements in clean energy, including nuclear power equipment and innovative biomass projects that convert agricultural waste into green methanol, contributing to a diverse clean energy supply [3] - Shanghai Electric's display of a complete energy production and industrial application chain emphasizes the synergy between energy structure transformation and industrial system upgrades [3] Group 4: Digital Control in Nuclear Power - China General Nuclear Power Group showcased the "Hemu System," the first domestically developed digital control platform for nuclear power, breaking the long-standing monopoly of foreign companies [4] Group 5: Green and Low-Carbon Initiatives - The fair prominently featured a "Green Low-Carbon Exhibition," focusing on zero-carbon park construction and showcasing Schneider Electric's lifecycle solutions for various industrial applications [5] - The exhibition highlighted the importance of data governance and carbon emission management, with companies demonstrating advanced capabilities in environmental governance and resource recycling [6]

Group 1 - The core exhibition "Tian Gong Ling Jing - Digital Exhibition of Dunhuang Mural Architectural Decoration Art" showcases the integration of digital technology to recreate the architectural forms and decorative details of Dunhuang murals, providing an immersive experience of Eastern aesthetics [1] - The integration of the real economy and digital economy is essential for adapting to the trends in China's industrial development, aiming for high-quality economic growth supported by a modern industrial system [1] - Current challenges in China's economy include the need for industrial structure upgrades in key areas, breakthroughs in core technologies, and addressing structural contradictions in human resources [1] Group 2 - The real economy is the foundation of the national economy, crucial for economic stability, public welfare, and sustainable development, with projections indicating China's GDP will exceed 130 trillion yuan in 2024, with the secondary industry contributing over 49 trillion yuan [2] - The digital economy, characterized by data as a key element and driven by modern information networks, is becoming a significant engine for global economic growth, necessitating continuous technological innovation and breakthroughs in key technologies like 5G and artificial intelligence [2] - The manufacturing sector is encouraged to reach new heights of intelligence, enhancing the integration of digital and real economies to improve industrial quality and efficiency [2] Group 3 - The integration of the real and digital economies requires mutual promotion rather than mere overlap, emphasizing the need to protect existing foundations of the real economy while exploring effective pathways for digital technology to empower various industries [3] - Companies play a crucial role in achieving the integration of the real and digital economies, necessitating the stimulation of their initiative in this development [3] - There is a call for enhanced intellectual property protection and support for small and micro enterprises, including the establishment of special funding to facilitate exploration in the integration of digital and real economies [3]

扬子晚报网10月14日讯(记者万承源)10月14日，2025年全省数据产业发展现场推进会在南京召开。 会议要求，要坚持"数据驱动、价值引领"为核心导向，深化"数实融合"。要深化人工智能、数据产业融合创新，推动形成"数据驱动AI创新、AI赋能产业 升级、产业反哺数据生产"的良性循环，构建面向智能原生的数据产业服务体系。 校对陶善工 会议指出，发展数据产业是把握数字时代机遇的战略选择，更是推动产业转型升级的关键引擎。要始终坚持以数据要素市场化配置改革为主线，锚定国家 数字经济创新发展试验区建设目标，通过先行先试、创新探索，加快构筑产业竞争新优势，着力打造数据产业发展的"江苏样本"。 会上发布了首批15家数据产业公共服务平台，并为建设运营单位授牌，标志着我省数据产业公共服务能力迈上新台阶；首批数据产业创新发展联合体代表 介绍了建设思路和协同创新经验。国际数据协会(IDA)主席、中国科协决策咨询首席专家王春晖教授和先维公司总裁周世波应邀作主题演讲，深入解读数 据产业发展趋势与实践路径。期间，与会代表还实地调研了南钢集团智慧中心、南京江北新区生物医药公共服务平台、江苏数交所、玄武大模型工厂和江 苏国际数据港（60388 ...

Core Insights - The recent guidance from the Ministry of Commerce and eight other departments emphasizes the importance of digital consumption, defining it for the first time in terms of digital products, services, content, and consumption through digital channels [1][8] - Digital consumption is evolving from a luxury option to a necessity, driven by innovations in digital technology and robust digital infrastructure [1][6] Group 1: Digital Consumption Landscape - Digital consumption is now seamlessly integrated into daily life, influencing habits and lifestyles across various sectors, including digital tourism, autonomous driving, and smart retail [4][5] - The "low-altitude economy" is gaining traction, exemplified by drone delivery services that enhance efficiency and create new consumer experiences [4][5] Group 2: Digital Infrastructure Development - By 2024, China's digital consumption scale is projected to reach 23.8 trillion yuan, accounting for 44.2% of total consumption, supported by advancements in digital infrastructure such as 5G and AI [6][7] - China has established the world's largest and most advanced fiber and mobile broadband network, with over 4.646 million 5G base stations and 1.154 billion 5G mobile users as of August 2023 [6][7] Group 3: Technological Innovations - Breakthroughs in artificial intelligence are driving the intelligent and personalized upgrade of digital consumption, with over 1,500 AI models released for various industries [7] - The integration of digital infrastructure with the physical economy is fostering new applications, including smart homes and logistics, enhancing the digital consumption landscape [7][8] Group 4: Data Utilization and Governance - The guidance highlights the need to optimize the digital consumption support system by expanding public data supply and promoting the integration of public and enterprise data [8][9] - In healthcare, advancements like the Tianyi Cloud platform are enabling efficient remote diagnostics, showcasing the potential of digital solutions in improving service delivery [9]

Core Insights - The collaboration between Haier Group and Alibaba Group represents a significant integration of the real economy and digital economy, showcasing a new model for other enterprises [2][11] - The partnership focuses on AI, cloud computing, advanced manufacturing, e-commerce, and globalization, aiming to explore new pathways for industrial AI transformation [2][8] Group 1: AI and Industry Integration - The partnership signifies a new phase in the integration of digital technology and the real economy, with AI as the driving force [3][6] - Haier's strong manufacturing capabilities and Alibaba's robust AI capabilities create a synergistic effect, enhancing both companies' strengths [4][5] Group 2: New Pathways for Industrial AI - The collaboration aims to explore new pathways for industrial AI, which is expected to reach a global market size of $232 billion by 2025 [8] - The integration of AI with industry is not merely additive but transformative, leading to the emergence of new industries and business models [9][10] Group 3: Significance of the Collaboration - The partnership is seen as a new benchmark for AI-driven industrial integration, moving beyond simple digital and real economy combinations [7][11] - The collaboration is positioned as a model for achieving substantial advancements in industrial AI through deep integration of AI and industry [6][9]

Core Viewpoint - The "Implementation Plan" aims to promote service-oriented manufacturing innovation and development from 2025 to 2028, with specific targets for standard formulation, brand creation, and innovation hubs [1] Group 1: Policy Directions - The plan emphasizes three main policy directions: enhancing R&D for key common technologies in service-oriented manufacturing, encouraging enterprises to increase innovation investment, and promoting the application of research results in key scenarios [2][3] - It encourages the establishment of stable collaborative relationships among leading enterprises and their supply chains, while also supporting the digital transformation of small and medium-sized enterprises [3] Group 2: Technological Integration - The plan highlights the importance of integrating digital intelligence and physical manufacturing, advocating for the construction of new information infrastructure and the application of AI technologies in service-oriented manufacturing [3][4] - It calls for the development of high-quality industry data sets and the enhancement of network and data security capabilities [3] Group 3: Global Manufacturing Trends - The global manufacturing sector is shifting from merely providing products to offering a combination of products and services, with service-oriented manufacturing being a key to enhancing value and competitiveness [4] - The implementation of this plan is seen as a roadmap for Chinese manufacturing to ascend the value chain and improve its global competitiveness [4]

Core Viewpoint - The implementation plan aims to promote service-oriented manufacturing innovation and development from 2025 to 2028, with specific targets for standard formulation, brand creation, and innovation hubs [1][4]. Group 1: Policy Directions - The plan emphasizes three main policy directions: enhancing R&D for key common technologies, encouraging increased innovation investment by enterprises, and promoting the application of research outcomes in key scenarios [2][3]. - It encourages the establishment of a technology list for service-oriented manufacturing and supports enterprises in addressing common technology challenges [2]. Group 2: Role of Enterprises - Enterprises are identified as the core entities for developing service-oriented manufacturing, with a focus on fostering collaboration along the supply chain and supporting the digital transformation of small and medium-sized enterprises [3]. - The plan encourages large enterprises to deepen cooperation with small and medium-sized enterprises through open platforms and aims to cultivate specialized "little giant" companies and high-tech enterprises [3]. Group 3: Technological Integration - The plan highlights the importance of integrating digital and physical aspects, advocating for the construction of new information infrastructure and the application of AI technologies in service-oriented manufacturing [3]. - It calls for the enhancement of industrial data supply and the establishment of high-quality industry data sets to support innovation [3]. Group 4: Global Manufacturing Trends - The global manufacturing sector is undergoing a transformation from merely providing products to offering "products + services," with service-oriented manufacturing being a key to enhancing value and competitiveness [4]. - The implementation plan serves as a roadmap for Chinese manufacturing to ascend the value chain and improve global competitiveness [4].

2025年，既为"十四五"规划的收官之年，亦是《教育强国建设规划纲要（2024－2035年）》实施的开局之年。首都经济贸易大学（简称"首经贸"）的各项改 革实践清晰地表明，国家战略正逐步转化为具有可操作性的育人实践。 教育兴则国家兴，教育强则国家强。在全面建设社会主义现代化国家、加快推进教育强国建设的新征程中，首都经济贸易大学将始终秉持"为党育人、为国 育才"的初心使命，将自身发展深度融入北京"四个中心"功能建设与国家战略大局。以二十载"一核·两化·三型"匠心精琢服务首都高质量发展的财经人才战略 为基础，以"三阶跃升、五维引领"数智财经育人新范式为动力，以"诚信、劳动、创新、首善"塑造数智时代财经人才核心价值素养体系为精髓，在财经教育 改革的浪潮中展现新担当、实现新作为，全面把握教育的政治属性、人民属性、战略属性，持续谱写财经教育高质量发展的崭新篇章，为加快推进教育强国 建设、全面建设社会主义现代化国家贡献新的更大力量。 二十载"一核·两化·三型" 匠心精琢服务首都高质量发展的财经人才 2025年9月，首经贸迎来了第20届实验班的新生。20年前，学校锚定服务首都高质量发展目标不放松，立足特色化财经人才培养和北 ...