Core Viewpoint - The official launch of satellite IoT commercial trials in China is expected to create significant business opportunities and drive growth in related industries such as satellite manufacturing and rocket launching [1] Group 1: Industrial Internet and 5G Applications - China is accelerating the cultivation and opening of new application scenarios, focusing on "5G+" and "Industrial Internet+" as key areas for promoting large-scale application [1] - The industrial internet in China has achieved full coverage across 41 major industrial categories, with plans to promote typical application scenarios of "5G+" and "Industrial Internet+" [1] Group 2: Satellite IoT Development - The Ministry of Industry and Information Technology announced the formal start of satellite IoT commercial trials, which will lead to a substantial increase in satellite launch demand [1] - The initiation of satellite IoT trials is expected to stimulate rapid development in the upstream and downstream industries, including satellite manufacturing and rocket launching [1]

Core Insights - The Chinese Ministry of Industry and Information Technology emphasizes the acceleration of 5G factory construction and the forward-looking research on the integration of 6G with industry [1] Group 1: Achievements in 5G and Industrial Internet - Over the past five years, China has achieved systematic breakthroughs in 5G and industrial internet, moving from "0 to 1" in network infrastructure, integrated applications, technology products, industrial ecology, and policy services [1] - The typical application scenarios of 5G and industrial internet now cover all 41 industrial categories and nearly 90 industrial sectors, with over 1,200 5G factories constructed and an investment scale exceeding 50 billion RMB [1] Group 2: Future Directions and Initiatives - The Ministry aims to elevate the industrial internet towards intelligence by implementing actions that integrate industrial internet with artificial intelligence, expanding "platform + intelligent body" services, and optimizing the industrial internet architecture [1] - There is a focus on the integrated deployment and collaborative construction of five major systems: network, identification, platform, data, and security, alongside the development of new industrial networks and pilot projects for independent industrial 5G networks [1] - The Ministry plans to implement "chain-network collaboration" actions in key industrial chains, develop integration application guidelines by industry, and accelerate the construction of 5G factories while enhancing forward-looking research on the integration of 6G with industry [1]

Group 1: Core Perspectives on Urban Development - The city of Nanjing is showcasing a blend of cultural and scientific advancements, highlighted by events like the 2025 Nanjing Yangtze River Dolphin Music Festival and the Nanjing Marathon, reflecting the city's high-quality development [1] - Jiangsu province emphasizes the importance of urban competitiveness and collaboration on a global scale, as demonstrated by the participation of cities like Suzhou, Wuxi, and Xuzhou in the recent China International Import Expo [2] - The concept of "big" in urban development is associated with a proactive and inclusive approach, focusing on enhancing comprehensive urban strength and fostering international partnerships [2] Group 2: The Significance of Community and Local Engagement - The "small" aspects of urban life, such as community feedback and local cultural events, play a crucial role in shaping residents' attachment to the city, emphasizing the importance of daily life experiences [3] - Nanjing's cultural initiatives, like the coffee culture festival, and Wuxi's musical heritage illustrate how local activities contribute to the city's identity and appeal [3] - The balance between "big" and "small" in urban development reflects the need for both macro-level strategies and micro-level community engagement to create a truly people-centered city [3]

Core Insights - Hubei province aims to focus on over 100 typical industrial scenarios and cultivate more than 1,000 industrial intelligent entities to advance its industrial intelligence from traditional "single-point intelligence" to "autonomous intelligence" and "collective intelligence" [1] - The "Hundred Scenes and Thousand Intelligences" future manufacturing partnership plan has been officially launched, emphasizing the need for intelligent entities to solve real production problems and create actual value [1] Group 1: Industrial Development - Hubei is one of the few provinces in China with 41 major industrial categories, leveraging its vast industrial application scenario resources to transform into an advantage for artificial intelligence development [1] - The artificial intelligence industry in Hubei has shown strong growth, with a scale exceeding 110 billion RMB in the first nine months of this year, representing a nearly 30% year-on-year increase, and is expected to surpass 150 billion RMB for the entire year [1] Group 2: Technological Integration - The current industrial internet identification resolution system is evolving into an intelligent infrastructure with "cognitive" capabilities, deeply integrating with technologies like artificial intelligence [1] - Hubei has introduced policy measures to promote the construction of industrial big models and intelligent applications based on identification data, facilitating the deep integration of identification and new artificial intelligence technologies [1] Group 3: Data and Infrastructure - As of November this year, there are 48 secondary nodes connected to the Wuhan national top-level node, with a cumulative identification registration volume of 36 billion and a cumulative identification resolution volume of 34.3 billion times [2] - The identification data network provides massive real-world scenario data for artificial intelligence, with future explorations planned for the integration of "identification + artificial intelligence" in various sectors [2] - A data annotation and high-quality dataset innovation service platform has been established in Hubei to support the development of the artificial intelligence industry by providing standardized data foundations [2]

Core Insights - The industrial internet platform is transforming traditional supply chain operations through real-time tracking and precise perception, leading to a fully visible supply chain [1][3] - The integration of IoT, big data, and AI technologies creates a digital nervous system that addresses long-standing issues of information lag and data fragmentation in supply chain management [3][5] Group 1: Supply Chain Visibility - Supply chain visibility allows companies to monitor supplier production progress, inventory levels, and quality data in real-time, significantly reducing procurement risks and fostering trust in supplier relationships [3][5] - The use of digital twin technology enables managers to view physical operations in a virtual space, providing insights into equipment utilization, energy consumption, and production quality [5] Group 2: Logistics and Delivery - Real-time tracking of goods through GPS and environmental sensors ensures that products, especially sensitive items like pharmaceuticals and perishables, are transported under optimal conditions [5] - The system can automatically adjust routes in response to traffic or weather changes, ensuring timely delivery [5] Group 3: Overall Value Proposition - Supply chain visibility enhances operational efficiency, reduces inventory costs, and improves risk management for companies, while providing consumers with reliable product quality and faster delivery services [5] - The trend towards visibility is promoting collaboration among upstream and downstream enterprises, driving overall industry upgrades [5] Group 4: Future Trends - The application of 5G and edge computing will further enhance the precision and intelligence of supply chain visibility, enabling faster data transmission and more accurate predictive analytics [6] - This shift represents not only a technological revolution but also a transformation in management philosophy, moving from reactive to proactive decision-making driven by data [6]

在前期梳理的基础上，两家单位还编制了《院校工业互联网专业人才培养方案参考指南》。对照产业需 求，提出了工业互联网专业人才培养方案的建议，突出推行项目制与模块化特色，为院校开展教学改革 提供借鉴；编制了《工业互联网产业人才培训参考指南》，在分析岗位需求的基础上，针对经营管理 类、专业技术类、技能类三类人才，提出切实可行的培训和评价建议，设计个性化培训路径，帮助企业 提升从业人员数字素养和专业水平。 据悉，《工业互联网岗位能力图谱与人才培养参考指南》是在工业互联网产业人才预测的基础上，首次 系统地对工业互联网产业的岗位需求进行分析研究。未来还将进一步完善岗位图谱，拓展更多的融合应 用行业，加强研究成果的转化应用，基于图谱开展教材、课程、实训资源的研发。 该指南由中国工业互联网研究院、中国职业技术教育学会共同编制。站在"十五五"新的历史起点上，进 一步加快工业互联网人才培养，推动产业和人才精准适配，对于加快推进新型工业化、构建现代化产业 体系具有重要意义。 记者了解到，该指南梳理了工业互联网典型岗位和重点行业的工业互联网岗位，选取了工业互联网领域 的7个重点产业方向和融合应用比较典型的5个行业，共梳理典型岗位144 ...

健全各类要素由市场评价贡献、按贡献决定报酬的初次分配机制，促进多劳者多得、技高者多得、创新 者多得。 ——摘自"十五五"规划建议 广东省广州市轻工技师学院实训基地，数控机床切削金属零件、工业机器人挥臂运料。"这些设备的系 统和数据，全部接入了工业互联网平台。"39岁的郑飞介绍。 在树根互联股份有限公司，郑飞是一名资深产品经理。他自主研发了工业数据采集实训系统等多个工业 数字实训场景，是公司里有口皆碑的业务能手。 今年9月，郑飞的职业生涯再次迎来突破：他以企业职工身份，代表广东省参加第三届全国职业技能大 赛工业互联网工程技术赛项。赛场上，他和搭档出色完成药品装填、加盖拧盖、药瓶检测、包装、入库 的自动化生产线数字化改造，一举摘得铜牌。 国赛拿奖，又将直接利好职称评定。海珠区人才服务管理中心主任范静介绍，根据有关规定，作为主要 完成人完成的本专业项目获得国家级、省（部）级等有关奖项，可以破格申报高级职称。 在比赛中，郑飞获得了优胜奖。不久，人社部门便送来了技师等级证书。拿到"技师证"，郑飞又萌生了 评职称的想法："职业技能更看重实际操作和岗位适配能力，专业技术更强调理论知识和资质认证。如 果把'两证'都拿到手，就 ...

Core Viewpoint - The Ministry of Industry and Information Technology (MIIT) has released the "Guidelines for the Construction of High-Standard Digital Parks," emphasizing the importance of digital transformation in manufacturing and the establishment of high-standard digital parks to enhance industrial quality and efficiency [1][4]. Group 1: Overall Requirements - The guidelines aim to integrate digital technology with park development, focusing on the digital transformation of industries and enhancing the quality of park services and management [5]. - By 2027, the goal is to establish around 200 high-standard digital parks, achieving full coverage of digital transformation for industrial enterprises and significantly improving management and service digitalization levels [5]. Group 2: Construction Standards - High-standard digital parks must achieve high levels of industrial digitalization, with 100% coverage of digital transformation for regulated industrial enterprises [7]. - The parks should provide high-quality digital public services and improve operational management efficiency through comprehensive digital systems [7][8]. Group 3: Construction Tasks - The guidelines outline tasks such as creating benchmarks for enterprise digital transformation, supporting supply chain digital upgrades, and enhancing services for small and medium-sized enterprises [9][10]. - There is a focus on expanding digital services in production, living, and government sectors to create a smart living environment and improve administrative efficiency [10]. Group 4: Digital Management - The guidelines emphasize the need for digital management of park assets, economic operations, and environmental sustainability, including real-time monitoring and data analysis for better decision-making [11]. - Safety and emergency management systems should be enhanced through digital technologies to improve response efficiency [11]. Group 5: Support Capabilities - The guidelines call for the improvement of digital infrastructure, including the upgrade of network capabilities and the establishment of data utilization platforms [12][13]. - There is a strong emphasis on enhancing cybersecurity measures to protect data and network integrity within the parks [13]. Group 6: Implementation Organization - The MIIT will guide the construction of high-standard digital parks and evaluate their compliance with the established standards [14]. - Policy support will be strengthened to facilitate the digital transformation of industries and attract social capital for park development [15]. - An evaluation system will be established to assess the effectiveness of the digital parks and promote successful models [16].

Core Insights - The article highlights the transformation of manufacturing in Bao'an through the integration of industrial internet technologies, showcasing how AI-driven systems enhance efficiency and precision in production processes [1][4]. Group 1: Digital Transformation in Manufacturing - The implementation of AI-driven APS scheduling systems has significantly reduced production planning time from hours to just 5 minutes, reflecting a broader shift towards intelligent manufacturing [1]. - Bao'an, home to over 50,000 manufacturing enterprises, is experiencing a pressing need for digital transformation, with many companies adopting industrial internet solutions to enhance operational efficiency [1][5]. Group 2: Infrastructure and Ecosystem Development - The establishment of a comprehensive identification and resolution system has led to over 60 billion registered identifiers, facilitating product traceability and precise production management [2]. - Bao'an has created a resource pool of 90 service providers and over 200 products, with 45% of these being affordable solutions, significantly lowering the barriers for companies to undergo digital transformation [3]. Group 3: Acceleration of Cloud Adoption - Approximately 12,000 enterprises in Bao'an have transitioned to cloud platforms, resulting in measurable improvements such as a 16.9% increase in production efficiency and an 11.8% reduction in operational costs [5]. - The digital transformation initiatives have led to a reduction in order delivery cycles from 7 days to 4 days and a decrease in product defect rates from 3‰ to 1.5% [4]. Group 4: Talent and Innovation Ecosystem - The "Shujing Cup" industrial internet data innovation competition has attracted over 50,000 participants, fostering talent and innovation in the sector [6]. - The competition has led to the development of standardized technical pathways for addressing efficiency bottlenecks in manufacturing, with notable innovations showcased by leading companies in various advanced fields [6].

Core Insights - The "Industrial Internet Innovation Development Project" is a key initiative in China's 15th Five-Year Plan, aiming to integrate industrialization and informatization to create internationally competitive digital industry clusters and accelerate the country's progress towards becoming a network power [1][12]. Industrial Internet Overview - The Industrial Internet serves as an intelligent carrier for massive industrial data collection, transmission, storage, computation, analysis, and application, driven by advancements in 5G, big data, and artificial intelligence [3][6]. - It consists of five main functional components: network, identification, platform, data, and security, with a focus on ubiquitous connectivity across various industrial entities [3][4]. Application and Value Creation - The Industrial Internet enables diverse and complex application scenarios, facilitating digital transformation across industries, with a collaborative development process that extends from leading enterprises to the entire supply chain [4][6]. - It reshapes business models and value creation methods, emphasizing collaborative value generation among platforms, customers, and service providers [4][6]. Impact on Production and Industry - The Industrial Internet is a cornerstone of the Fourth Industrial Revolution, transforming production modes from scale economies to range economies and enhancing the role of data as a core production factor [6][7]. - It optimizes production processes, improves supply chain intelligence, and enhances resource utilization efficiency, with significant economic spillover effects [8][9]. Technological Innovation and Ecosystem Development - The Industrial Internet accelerates technological innovation by providing vast data for AI and big data applications, fostering cross-domain collaborative research and development [9][10]. - In China, the initiative has seen the establishment of over 340 industrial internet platforms, connecting more than 100 million devices, and creating a robust infrastructure for its implementation [13][12]. Future Directions and Policy Support - The project requires strategic planning and policy guidance, with a focus on enhancing network infrastructure, advancing key technologies, and fostering a diverse industrial ecosystem [14][15][16]. - Emphasis is placed on cultivating market entities, supporting software development, and enhancing talent training to drive the growth of the "5G + Industrial Internet" sector [17][18][19].