Core Viewpoint - The Ministry of Industry and Information Technology has initiated a pilot program for number protection services, aimed at reducing the risk of personal phone number leakage by providing temporary numbers for users [1][2]. Group 1: Overview of Number Protection Service - Number protection service allows internet platform companies to assign temporary numbers (referred to as "intermediate numbers" or "privacy numbers") to users, which replace their real phone numbers for communication [1][2]. - The service is designed to be used in various online and offline scenarios where personal phone number protection is necessary [2]. Group 2: Implementation and Identification - The Ministry has designated the 700 number range as a dedicated resource for number protection services, which will have a specific format to distinguish it from regular phone numbers [3][4]. - Users can identify if they are using the number protection service by recognizing the 15-digit format starting with "700" during calls [3]. Group 3: Application Scenarios - In ride-hailing services, drivers and passengers can communicate through a temporary "intermediate number," keeping their actual phone numbers hidden [5]. - In e-commerce, platforms can generate a temporary number to conceal the actual phone number of the recipient during order fulfillment and delivery [5]. - In food delivery services, a temporary number is also used to protect the consumer's phone number from being disclosed to merchants and delivery personnel [5]. Group 4: Communication Process - The number protection service does not interfere with normal communication, allowing service personnel to contact users without accessing their actual phone numbers [6]. - When using the "intermediate number," both parties see the temporary number, while the network translates it to the actual number for communication [6].

Core Viewpoint - In the digital economy era, data is transforming from an intangible resource into a measurable, tradable, and manageable asset, becoming a new member of corporate balance sheets [1] Group 1: Data Asset Integration - Over 90 listed companies have integrated data assets into their 2024 annual reports, with a total scale of 2.495 billion yuan, compared to only 0.079 billion yuan from 17 companies in the first quarter of 2024 [1] - The integration of data assets into financial statements is reshaping the balance sheets of listed companies, with significant representation from the industrial and information technology sectors [2] - The first companies to integrate data assets include major telecom operators like China Mobile, China Telecom, and China Unicom, along with industrial firms such as Xiaoshangpin City, YTO Express, and Yunda Holdings [3] Group 2: Steps for Data Asset Integration - The process for a company to integrate data assets into its financial statements typically involves four steps: inventory of data assets, governance of data for integration, confirmation of data ownership, and measurement for accounting [4][5] - Companies must meet specific conditions for data asset integration, including legal control, predictable economic benefits exceeding 50%, and measurable costs [5][6] Group 3: Challenges and Considerations - Not all companies can smoothly integrate data assets due to policy restrictions, corporate concerns, and the current lack of a valuation system [1][10] - Common challenges include legal risks in data ownership, unclear data management processes, and discrepancies between expected and actual valuations [10][11] - The integration of data assets is not the end point but a starting point for value reconstruction, requiring clear data ownership and valuation systems to gain recognition from financial institutions [14] Group 4: Financial Implications - Integrating data assets can enhance a company's financial statements by capitalizing expenses, which may lead to increased short-term profits but could result in profit fluctuations in the long term due to amortization [12][13] - The potential for data asset depreciation and the subjective nature of data valuation can introduce uncertainties in financial reporting [17][18]

Group 1: Core Insights - The integration of 5G and digital technologies is significantly enhancing rural and urban development, improving efficiency in village governance and agricultural practices [2][4] - The Z generation (born 1995-2009) is a major driver of consumption in China, contributing 40% of the consumption power despite being only 20% of the population, with a projected market impact exceeding 5 trillion yuan [3][4] - The Chinese government is focusing on cultivating new consumption models that align with digitalization, innovation, and sustainability, creating opportunities for companies like China Telecom [4][9] Group 2: Company Initiatives - China Telecom is leveraging its technological capabilities to support rural e-commerce and enhance farmers' income through platforms like Yipay, facilitating the sale of agricultural products [5][8] - The company has established AI digital person e-commerce live streaming training bases, creating a comprehensive digital marketing ecosystem that has saved costs and generated significant sales [6][9] - China Telecom's initiatives in digital applications have led to substantial contributions to agricultural product sales, with a total of 27.3 billion yuan in purchases and various promotional activities [8][9] Group 3: Market Trends - The rise of live e-commerce and digital marketing is reshaping consumption patterns in rural areas, with digital influencers becoming key players in driving sales [6][9] - The integration of virtual reality and data analytics in commerce is enhancing consumer engagement and optimizing supply chain responses, as seen in the tea industry in Fujian [8][9] - The overall trend indicates a shift towards a more digital and interconnected consumer experience, driven by technological advancements and changing consumer preferences [3][4][9]

Group 1: eSIM Market Overview - The eSIM business in China is expected to fully restart after years of dormancy, with Huawei's Mate XTs and Apple's iPhone 17 Air competing for the first commercial launch of eSIM phones in the domestic market [1][2] - eSIM technology has been commercially deployed in various countries and regions globally, with a mature industrial ecosystem, while in China, it faced a pause in 2023 due to "business maintenance upgrades" [1][2] Group 2: Evolution of SIM Technology - The evolution of SIM cards has seen a transition from large physical cards to smaller Nano SIM cards, and now to embedded SIM (eSIM) technology, which offers significant space savings and better performance for modern devices [3][5] - eSIM technology allows for remote configuration and management, making it suitable for a variety of devices, including smart glasses and rings, which require compact designs [5][20] Group 3: Benefits of eSIM - eSIM provides advantages for both terminal manufacturers and telecom operators, enabling easier user acquisition and reducing logistics costs associated with physical SIM cards [6][7] - The technology enhances user convenience, particularly for travelers who can switch networks without changing physical SIM cards, thus saving time and costs [7][10] Group 4: Global and Domestic eSIM Landscape - The number of countries offering eSIM services has increased significantly, from 24 in 2018 to an expected 123 by mid-2024, with the number of operators providing eSIM services growing from 45 to 441 in the same period [7][10] - Major international players in the eSIM ecosystem include NXP, STMicroelectronics, Infineon, and telecom operators like Vodafone and AT&T, while China has developed a complete eSIM industrial chain but faced challenges in commercial deployment [14][15] Group 5: Future Opportunities and Challenges - The rise of AI is expected to drive the demand for eSIM technology, as AI-enabled devices require smaller, more efficient connectivity solutions [18][20] - eSIM is seen as a foundational technology for secure connections in various devices, but it faces challenges related to policy and technology, including the need for support in satellite communication and integration of multiple applications [21][22]

Group 1 - The event organized by the China International Service Trade Fair Exhibition Union (referred to as "Exhibition Union") on July 3 showcased over 50 quality enterprises, including Huawei and Beijing Bank, emphasizing the role of the service trade fair in promoting global service trade cooperation [1] - The focus areas of the event included electronic communication, intelligent manufacturing, and energy environment, facilitating cross-industry dialogue between Chinese and German enterprises [1] - The event provided insights into the development plans and investment policies of the Beijing Sino-German Industrial Park, while the Service Trade Fair Center announced preparations for the 2025 service trade fair [1] Group 2 - The Exhibition Union aims to gather world-leading companies from sectors such as telecommunications, healthcare, and environmental protection to enhance the efficient conversion of business resources [2] - The initiative aims to break down resource barriers and precisely match supply and demand, helping enterprises overcome development bottlenecks and accumulate cooperative resources for the 2025 service trade fair [2] - The service trade fair, as the largest global service trade platform, continues to leverage its platform effects to promote deep integration of quality service resources domestically and internationally, contributing to global economic recovery [2]

Core Viewpoint - Shanghai is undergoing an unprecedented network transformation, showcasing advancements in 5G-A and F5G-A technologies that enhance the digital experience for residents and visitors alike [1][3][6] Group 1: Technological Advancements - Shanghai Telecom, in collaboration with Huawei, has developed 5G-A technology that enables seamless high-speed internet access even on boats in the Huangpu River, allowing for smooth 8K video streaming and real-time broadcasts [1][3] - The F5G-A technology supports high-bandwidth applications in residential areas, providing full Wi-Fi coverage and enabling smart home devices to operate efficiently [3][5] - At the 2025 MWC Shanghai exhibition, Shanghai Telecom showcased the latest achievements in 5G-A and F5G-A technologies, marking a significant step towards becoming a dual 10G city [3][5] Group 2: Impact on Daily Life - Tourists on the Huangpu River can enjoy uninterrupted internet services for video calls, VR gaming, and more, thanks to the deployment of 5G-A high-frequency networks along the riverbanks [3][5] - The integration of 5G-A technology in public transportation, such as smart bus scheduling and full coverage in subway cars, alleviates urban traffic congestion and enhances passenger experience [5] - F5G-A technology has revolutionized home networks, allowing residents to enjoy high-definition video and cloud gaming, while creating a robust ecosystem for smart home devices [5] Group 3: Industry Collaboration and Future Outlook - Shanghai Telecom's initiatives are supported by collaborative innovation with partners like Huawei, creating a comprehensive dual 10G ecosystem that integrates supply chain and technology solutions [5] - The successful implementation of these technologies positions Shanghai as a leader in communication technology, setting a benchmark for urban network development both nationally and globally [6]

运营商财经网 吴碧慧/文 据中国移动集团内部下发文件，任命陈洪涛担任中国移动九天公司董事长，这一变化其实反映了中国移 动的一项举动，即成立了一个叫中移九天人工智能公司的下属企业。 据了解，陈洪涛毕业于北京大学，也是三大运营商行业少见的北大毕业的中高层干部。 运营商财经网近日独家发现，一家中移九天人工智能科技（北京）有限公司的企业成立于2025年6月30 日，法定代表人是陈洪涛，因此，可看出，陈洪涛已经任这家中国移动子公司董事长。 陈洪涛很早就供职于中国移动，一开始任职的部门便是网络部，担任过网络部处室经理，也就是正处级 干部。 2014年，陈洪涛受到提拔，升任甘肃移动副总经理，分管网络口。 几年后，陈洪涛又从甘肃移动副总经理平调浙江移动副总经理，同样分管网络口，但是所在的省公司体 量变大。 在人才济济的浙江移动担任副总经理的陈洪涛最终也在2022年左右受到提拔，升任集团信创部总经理。 当时这一部门刚刚成立，主要负责集团数据安全、网络安全等领域。 不过2023年后，陈洪涛便又一次改任集团技术部总经理，也就是如今的科技创新部，其实是一个部门， 只是部门名称变了 如今，陈洪涛再一次受调整，改任中国移动九天公司董事长 ...

曾经在采访中对AI影响就业问题闪烁其词的美国企业CEO们，如今开始直言不讳地预测这项技术可能 将带来的大规模裁员。据《华尔街日报》7月2日报道，从汽车制造商到金融巨头，越来越多的企业领导 者公开表示AI将显著削减白领职位。 福特汽车CEO Jim Farley上周在阿斯彭创意节上表示，"人工智能将取代美国字面意思上一半的白领工作 者"。摩根大通消费者和社区银行业务CEO Marianne Lake也在5月向投资者透露，该公司运营部门人员 数量可能在未来几年因使用新AI工具而减少10%。 然而，并非所有科技高管都持悲观态度。 OpenAI首席运营官Brad Lightcap上周在"Hard Fork"播客中表示，他不认为对初级员工的影响会像一些人 预测的那样迅速和全面。但他承认岗位流失不可避免，并指出任何新技术都会导致劳动力市场变化。 人工智能公司Anthropic CEO Dario Amodei在5月接受Axios采访时预测，一到五年内，一半的入门级工 作可能消失，导致美国失业率达到10%至20%。他敦促企业高管和政府官员停止"粉饰"这一情况。 自由职业平台Fiverr的CEO Micha Kaufman今 ...

Core Viewpoint - The Ministry of Industry and Information Technology (MIIT) is initiating a pilot program for number protection services to enhance personal information security and reduce the risk of mobile number leakage through temporary numbers, also known as "intermediate numbers" or "privacy numbers" [1][4]. Group 1: Pilot Program Overview - The number protection service aims to provide temporary numbers for users of platforms like express delivery, takeout, and ride-hailing services, thereby facilitating communication while protecting users' real phone numbers [3][4]. - The MIIT has designated the 700 number range as a dedicated resource for this service, with a management length of 11 digits and a usage length of 15 digits [1][11]. Group 2: Participants in the Pilot - The service involves three main participants: application platform providers, basic platform providers, and business users [5][6]. - Application platform providers will create the service platform and manage the relationship between real and temporary numbers, while basic platform providers will handle the technical aspects of communication [5][6]. Group 3: Conditions for Participation - Companies wishing to participate as application platform providers must meet specific criteria, including legal establishment, sufficient funding, and relevant experience in telecommunications [8]. - Basic platform providers must hold a mobile communication business license to participate in the pilot [9]. Group 4: Implementation Timeline - The pilot program will unfold in three phases: a preparation phase lasting three months, a transition phase also lasting three months, and a formal pilot phase lasting two years [12][13]. - During the transition phase, existing services must migrate to the new number range, and only approved companies can conduct number protection services thereafter [12]. Group 5: Regulatory Requirements - All participants must adhere to regulations regarding number resource management, anti-fraud measures, and user privacy [14]. - Application platform providers are required to manage number resources responsibly and ensure that temporary numbers are not used for unsolicited commercial communications [15][16]. Group 6: Responsibilities of Participants - Application platform providers must establish contracts with business users, detailing the service scope and compliance measures [15]. - Basic platform providers are responsible for ensuring the technical infrastructure supports the new service and maintains accurate records of usage data [21][22]. - Business users must ensure that the temporary numbers are used solely for the intended purpose and not for fraudulent activities [23][24]. Group 7: Oversight and Future Developments - Local communication management bureaus will oversee the compliance of application platform providers and business users [25]. - The MIIT will refine policies based on the pilot's outcomes and consider formal implementation of the number protection service [26].

Core Insights - Shanghai is experiencing a network revolution driven by the collaboration between Shanghai Telecom and Huawei, implementing 5G-A technology to enhance connectivity for both tourists and residents [1][3]. Group 1: Technological Advancements - The introduction of 5G-A technology allows for seamless streaming of 8K videos and live broadcasts on cruise ships along the Huangpu River, showcasing the capabilities of high-speed mobile networks [1][3]. - F5G-A technology supports high-bandwidth applications such as 8K movies, cloud gaming, and AI home assistants, marking a significant upgrade to home internet services in Shanghai [3][5]. - The recent 2025 MWC Shanghai exhibition highlighted the advancements in 5G-A and F5G-A technologies, emphasizing Shanghai's commitment to becoming a dual 10G city [3]. Group 2: Urban Infrastructure and Services - Shanghai Telecom, in partnership with Jiushi Bus Group and Huawei, utilizes 5G-A networks and AI technology for flexible bus scheduling, effectively alleviating urban traffic congestion [5]. - The implementation of 5G-A networks in subway cars ensures full coverage, allowing passengers to enjoy uninterrupted internet access during their commutes [5]. - F5G-A technology enhances home networks through 50G PON technology, improving speed and stability, thus enabling residents to enjoy high-end applications and smart home ecosystems [5]. Group 3: Industry Collaboration and Future Outlook - The collaborative efforts between Shanghai Telecom, Huawei, and other partners have created a comprehensive dual 10G ecosystem, showcasing a model that can be replicated in other regions [5]. - The rapid development of AI technology is expected to drive increasing demand for network capabilities, positioning Shanghai as a leader in communication technology [5]. - This network revolution not only benefits Shanghai residents but also provides valuable insights for urban network development globally [5].