Group 1 - The core viewpoint of the news is the launch of an upgraded version of the Western Development Strategy, marking the entry into the 3.0 era, with a focus on infrastructure and modern industries [2][3] - The Western Development Strategy aims to utilize the economic development capacity of the eastern coastal regions to enhance the economic and social development levels of the western regions, covering 12 provinces and municipalities with a total area of 678.1589 million square kilometers, accounting for 70.6% of the national total [2] - Key investment areas include transportation infrastructure such as high-speed rail, conventional rail, highways, and airports, as well as modern manufacturing and strategic emerging industries [2][3] Group 2 - Significant achievements have been made in the Western Development Strategy over the past 20 years, with the western region's GDP reaching 15,354 billion in 2024, accounting for 17.51% of the national GDP, and projected to reach 20,518.5 billion, accounting for 20.82% [3][4] - Major infrastructure projects like the Qinghai-Tibet Railway and West-to-East Gas Transmission have greatly enhanced the long-term development potential of the western region and strengthened its connections with the eastern and central regions [3][4] - The strategy emphasizes the development of new business models such as "Internet + education," "Internet + healthcare," and "Internet + tourism," alongside the promotion of cross-border e-commerce [2][3]

经营范围含技术服务、技术开发、技术咨询、技术交流、技术转让、技术推广；数字技术服务；科技推 广和应用服务；专用设备制造（不含许可类专业设备制造）；工业互联网数据服务；人工智能应用软件 开发；软件外包服务；信息系统集成服务；机械设备研发；智能基础制造装备制造；工业机器人制造； 物料搬运装备制造；半导体器件专用设备制造；通用设备制造（不含特种设备制造）；智能基础制造装 备销售；人工智能硬件销售；智能机器人销售；智能物料搬运装备销售；物联网应用服务；智能控制系 统集成；机械零件、零部件加工；软件开发；物联网设备销售；物料搬运装备销售；智能机器人的研 发；专用设备修理；智能仓储装备销售；货物进出口；技术进出口；进出口代理；人工智能行业应用系 统集成服务（除依法须经批准的项目外，凭营业执照依法自主开展经营活动） 企业名称江苏派迅智能装备科技有限公司法定代表人王顺开注册资本2000万人民币国标行业科学研究和 技术服务业>科技推广和应用服务业>技术推广服务地址江苏省宿迁市宿城区经济开发区光电综合体四 期D厂房企业类型有限责任公司（自然人投资或控股的法人独资）营业期限2025-6-10至无固定期限登记 机关宿迁市宿城区行政审 ...

Group 1 - Company plans to invest approximately 330 million yuan to establish a global R&D center, with a construction period of 30 months [1] - The global R&D center will focus on industrial digitalization research, industrial internet platform development, and product R&D based on the IPD system [1] - The investment aligns with the company's strategic development and aims to enhance R&D capabilities and competitiveness [1] Group 2 - Company has transitioned from an ERP service provider to an industrial software practitioner and digital empowerment provider over nearly 20 years [2] - R&D investments from 2022 to 2024 were 397 million yuan, 461 million yuan, and 365 million yuan, representing approximately 17.48%, 20.45%, and 15.24% of annual revenue respectively [2] - The company reported a significant decline in net profit for 2024, with a year-on-year decrease of 45.21% [2][3] Group 3 - In Q1 of the current year, the company achieved a net profit of 24.52 million yuan, reflecting a year-on-year increase of 20.29% [4] - The company has five actual controllers who have collectively cashed out approximately 700 million yuan through multiple share reductions [4]

企业名称蒂姆维澳（南通）科技有限公司法定代表人李军注册资本500万人民币国标行业信息传输、软 件和信息技术服务业>软件和信息技术服务业>软件开发地址江苏省南通市开发区小海街道崇州大道60 号紫琅科技城13A号楼504室企业类型其他有限责任公司营业期限2025-6-9至无固定期限登记机关南通市 经济技术开发区行政审批局 来源：金融界 天眼查App显示，近日，蒂姆维澳（南通）科技有限公司成立，法定代表人为李军，注册资本500万人 民币，蒂姆维澳（上海）网络技术有限公司、北京东工智研科技有限公司持股。 序号股东名称持股比例1蒂姆维澳（上海）网络技术有限公司51%2北京东工智研科技有限公司49% 经营范围含技术服务、技术开发、技术咨询、技术交流、技术转让、技术推广；信息系统集成服务；信 息技术咨询服务；人工智能公共数据平台；人工智能公共服务平台技术咨询服务；智能机器人的研发； 智能机器人销售；智能控制系统集成；工业控制计算机及系统销售；工业自动控制系统装置销售；软件 开发；工业机器人销售；环境监测专用仪器仪表销售；矿山机械销售；环境保护监测；配电开关控制设 备销售；电力电子元器件销售；电气设备销售；电子元器件零售；电 ...

Core Viewpoint - The Ministry of Industry and Information Technology has issued the "Computing Power Interconnection Action Plan," aiming to enhance the efficiency and service level of public computing resources, promoting high-quality development in computing power through 16 key tasks across six areas [1][2]. Group 1: Key Tasks and Areas - The action plan outlines six main areas: strengthening the foundation of computing power interconnection, optimizing computing facilities interconnection, promoting resource sharing, innovating business interconnection, creating application scenarios, and ensuring network and data security [2]. - Specific tasks include tackling core technology challenges, establishing standards and norms, and developing interconnection rules [2]. Group 2: Application Scenarios - The plan promotes the application of computing power interconnection in enterprise-level scenarios such as artificial intelligence, scientific computing, intelligent manufacturing, remote medical care, and consumer-level scenarios like intelligent driving, cloud rendering, cloud computing, and cloud gaming [2]. - It encourages the integration of computing power interconnection with energy internet, industrial internet, and mobile internet for innovative applications [2]. Group 3: Implementation Support - To ensure the successful implementation of the action plan, the Ministry will enhance resource investment and create a supportive environment through policies, funding, talent, and resource allocation [2]. - The plan emphasizes the cultivation of enterprises and optimization of the industry ecosystem, supporting backbone computing power enterprises, high-tech companies, and specialized small and medium-sized enterprises [2].

Core Viewpoint - The report titled "Guidelines for the Integration of Industrial Internet and Shipbuilding Industry Applications (2025)" focuses on promoting the digital transformation and high-quality development of the shipbuilding industry through the integration of industrial internet technologies. Group 1: Background and Significance - The industrial internet is a product of the integration of new-generation information technology and the real economy, serving as a core methodology for industrial digital transformation. The shipbuilding industry, with a solid information foundation and urgent transformation needs, is a key area for the application of industrial internet technologies. Recent advancements in digital workshops and "5G + industrial internet" have been noted, but overall application remains in the developmental stage, necessitating optimization across the entire process of research, production, and management to enhance the industry's sophistication, intelligence, and sustainability [1][2][19]. Group 2: Current Industry Status and Needs - The shipbuilding industry has made progress in deploying smart equipment, data interoperability, and virtual simulation applications. However, challenges such as an incomplete digital transformation support system, widespread data silos, and asynchronous digitalization levels across the supply chain persist. The industrial internet can empower the industry in areas such as: - Research and Design: Enhancing collaborative design and process simulation to improve research efficiency [2][27]. - Production Manufacturing: Utilizing digital management and real-time monitoring to address complexity and improve production efficiency and quality [3][29]. - Safety and Green Development: Implementing intelligent monitoring to optimize production environments and reduce risks, while enhancing energy utilization for green production [3][31]. - Supply Chain Management: Building a collaborative supply chain system to integrate upstream and downstream data, improving resilience and efficiency [4][33]. Group 3: Integration Application Models - The guidelines propose a "155N" development strategy, focusing on one goal (building a modern ship manufacturing system), solidifying five foundations (data, network, identification, platform, security), and strengthening five guarantees (organization, system, funding, talent, culture) to create multiple application scenarios. Specific application models include: - Platform-based design for parallel and intelligent design processes [5][6]. - Intelligent manufacturing covering all processes, integrating IoT and AI for automation and optimization [6][7]. - Networked collaboration to connect design, production, and supply chain data across enterprises [7][8]. - Service-oriented extensions for smart operations and data asset trading [8][9]. - Digital management and visualization for optimizing supply chain and marketing through data visualization [9][10]. Group 4: Implementation and Support - The construction of the industrial internet should be advanced through a three-tier architecture (workshop, enterprise, industry), focusing on building five major systems: network, identification, platform, security, and data. The implementation process follows an eight-step approach, emphasizing the need for organizational, institutional, funding, and talent support to ensure effective integration and application [10][12][24]. Group 5: Case Studies and Value - The guidelines highlight several case studies, such as Jiangnan Shipyard's digital collaborative design, which shortened construction cycles by nearly three months, and the intelligent warehousing management at China Shipbuilding Industry Corporation, which improved production efficiency and precision. These cases demonstrate the significant value of industrial internet applications in enhancing efficiency, reducing costs, and optimizing quality within the shipbuilding industry [11][12][19].

Core Viewpoint - Shanxi Keda Control Co., Ltd. held its 2024 annual shareholders' meeting, approving key proposals including the annual report and profit distribution plan, and electing a new board of directors [1] Group 1: Company Overview - Keda Control was established in October 2000 and went public on the Beijing Stock Exchange in November 2021, becoming the first company in the smart mining construction industry listed there [4] - The company focuses on applying industrial internet technology for smart mining construction and urban public facility upgrades, pioneering an "Internet of Things+" service model [4] Group 2: Financial Performance - In 2024, Keda Control achieved operating revenue of 434 million yuan and a net profit attributable to shareholders of 35 million yuan [4] - By the end of 2024, the company's total assets reached 1.496 billion yuan, reflecting a year-on-year growth of 20.98% [4] Group 3: Technological Advancements - Keda Control made significant progress in the field of special robots for mining, with 73 related intellectual property rights, including 62 patents (35 of which are invention patents) [4] - Four types of inspection and transportation robots have been deployed in various coal mines, generating economic benefits [4] Group 4: New Energy Business Growth - The new energy charging and swapping business saw explosive growth in 2024, with revenue increasing by 208.65%, becoming the company's biggest highlight [5] - Since entering the new energy sector in 2021, revenue surged from 3 million yuan in 2022 to 97 million yuan in 2024, marking over a 32-fold increase in three years [5] - The new energy business's share of total revenue rose from 1.00% in 2022 to 22.42% in 2024, establishing Keda Control as a leading player in the community charging segment [5] Group 5: Strategic Partnerships - In November 2024, Keda Control signed a strategic cooperation agreement with Hainan Tourism Investment Group's subsidiary to develop the "Hainan Style Vehicle" brand, focusing on investment and management of new energy vehicle charging facilities [5] - The project is progressing steadily and is expected to provide new profit growth opportunities for the company once implemented [5] Group 6: Future Outlook - The chairman, Fu Guojun, indicated that due to cyclical industry impacts, the smart mining business is under pressure, and the company will focus on strengthening its core while aggressively developing the new energy business [10] - The company is also nurturing a third growth curve, although specific details remain confidential [10]

Core Viewpoint - The report emphasizes that computing networks, as a new type of infrastructure combining "computing + connectivity," are crucial for the digital transformation of the industrial internet, aiming to achieve ubiquitous computing, symbiotic networks, intelligent orchestration, and integrated services [1][19]. Group 1: Development Background and Trends - The digital economy and industrial digital transformation require superior network connectivity and robust computing power to meet demands for ultra-high bandwidth, ultra-low latency, and high security [20]. - Computing networks represent a fusion of new infrastructure demands, integrating 5G, industrial internet, AI, cloud/edge computing, and blockchain technologies [21]. - The development of computing networks is driven by the convergence of 5G and edge computing technologies, enhancing service reliability and reducing latency [21][22]. Group 2: Current Status of Computing Networks - Computing networks have become a hot topic in the industry, with operators, equipment manufacturers, and research institutions actively participating in research and establishing a development roadmap and architecture [22][23]. - Initial achievements have been made in core technology areas such as computing modeling, perception, routing, and trading, with various standards being developed [23][24]. Group 3: Application Scenarios of Computing Networks - Computing networks will transform the supply, application, and service methods of computing power, enhancing service flexibility and efficiency across various industries [27]. - Specific applications include: - **Cloud VR Video Services**: Utilizing multi-layered computing power to meet the increasing demand for immersive experiences [28][29]. - **V2X Vehicle Networking**: Integrating AI and IoT to enhance data processing and transmission capabilities for smart transportation [30][34]. - **Green and Low-Carbon Initiatives**: Addressing energy consumption issues in data centers by optimizing resource utilization and supporting carbon neutrality goals [33][36]. Group 4: Key Technologies in Computing Networks - Key technologies include unified resource description frameworks, IT/OT data boundary integration, multi-factor routing based on SRv6/IPv6, and digital twin networks for optimizing industrial operations [2][19]. - The focus is on overcoming technical bottlenecks related to heterogeneous hardware abstraction and generalization of computing primitives to support deep integration in industrial scenarios [2]. Group 5: Vision and Future Outlook - The vision for computing networks is to achieve a state where computing power is as accessible as utilities like water and electricity, enabling seamless integration of services across various sectors [21][22]. - Future developments will focus on enhancing industry collaboration and deepening the integration of computing networks in industrial applications, positioning them as a core engine for digital economic growth [2].

一季度，京津冀实现地区生产总值2.8万亿元，按不变价格计算，同比增长5.6%，高于全国平均水平0.2 个百分点。 2023年以来京津冀地区生产总值增速情况。源自河北省统计局网站 新京报讯 据河北省统计局介绍，今年以来，京津冀三地聚力攻坚稳预期提信心，区域经济持续回升向 好，协同发展势能加快积聚。一季度，京津冀实现地区生产总值2.8万亿元，保持回升向好势头。 生产增长加快，高端行业动能强劲。 区域经济开局良好，发展质量不断提升 从工业看，三地规模以上工业增加值分别增长6.8%、5.7%和7.7%，比上年全年加快0.1个、1.1个和0.2个 百分点。制造业高端化稳步推进，京冀规模以上工业战略性新兴产业增加值分别增长16.1%和12.7%。 北京锂电子电池、新能源汽车产量均增长1倍以上，津冀服务机器人分别增长33.1%和43.3%。 政策效果持续显现，需求潜力逐步释放。 从投资看，三地固定资产投资（不含农户）分别增长24.0%、8.7%和7.1%，比上年全年加快18.9个、5.6 个和0.3个百分点。"两重""两新"政策持续显效，三地基础设施投资分别增长22.3%、21.4%和41.4%，设 备购置投资分别增长1. ...

Core Viewpoint - The report emphasizes the integration of computing networks and industrial internet, highlighting that computing networks serve as a new type of information infrastructure centered on computing and rooted in networking, facilitating the digital transformation of industries [1][21]. Group 1: Development Background and Trends - The digital economy and industrial digital transformation require superior network connectivity and robust computing power to meet demands for ultra-high bandwidth, ultra-low latency, and high security [22]. - Computing networks are emerging as a hot topic in the industry, with operators, equipment manufacturers, and research institutions actively engaging in research and establishing a development roadmap and architecture system [24][25]. - International organizations like ITU and IETF are working on establishing standards for computing networks, indicating a global push towards computing and network convergence [26][27]. Group 2: Key Technologies - Key technologies for computing networks include unified metrics for computing and network, real-time user demand and state perception, multi-factor joint scheduling algorithms based on IPv6/SRv6, and ensuring end-to-end service reliability [2]. - The report identifies the need to overcome technical bottlenecks such as heterogeneous hardware abstraction and edge computing collaboration to optimize industrial production processes [2]. Group 3: Application Scenarios - Computing networks will transform the supply, application, and service methods of computing power, enhancing service flexibility and efficiency across various industries [29]. - Specific application scenarios include Cloud VR services, V2X vehicle networking, and green low-carbon initiatives, all benefiting from the integration of computing and networking capabilities [30][32][37]. Group 4: Collaborative Development - The industrial internet network is crucial for connecting people, machines, and objects in industrial environments, with internal and external networks serving different operational needs [39].