Core Viewpoint - Shanghai Telecom is leveraging Huawei's AI WAN solution to create a new service model for computing power rental, addressing the needs of various industries while ensuring data security and efficient resource allocation [1][2]. Group 1: Infrastructure Development - Shanghai Telecom is developing a 400GE IP metropolitan intelligent computing POD to connect enterprise parks with operator computing centers, providing integrated computing network services [2]. - The new infrastructure aims to facilitate the efficient flow of computing resources between operators and enterprises, promoting the widespread adoption of AI technology [1]. Group 2: Business Model and Demand - Enterprises, particularly state-owned and government sectors, are increasingly opting to rent computing resources from operators to meet their training and inference needs while keeping sensitive data within their premises [1]. - A growing trend among enterprises is to adopt a light-asset operation model, combining self-built computing servers with rented resources from operator intelligent computing centers to reduce procurement and operational costs [1]. Group 3: Data Security and Flexibility - The distributed training and inference model allows enterprises to deploy sensitive data models locally while utilizing operator resources for other parts, ensuring data security during transmission [2]. - The use of RDMA lossless transmission technology enables efficient inference over distances of up to 240 kilometers without performance degradation [2]. Group 4: Collaboration and Future Goals - Shanghai Telecom is collaborating with Huawei and various enterprises to tackle key technological challenges in intelligent computing networks and validate solutions in vertical industry scenarios [2]. - The ultimate goal is to achieve commercial implementation of integrated computing network services, contributing to the high-quality development of computing infrastructure in China [2].

Group 1 - The "2025 Digital Low Altitude Conference" emphasizes that the low-altitude economy is transitioning from an exploratory phase to a regulated development phase, with digital low altitude as a key foundation for urban digital transformation [1] - The general manager of Jitai Aviation Technology (Suzhou) Co., Ltd. highlighted two major opportunities for the company: the domestic production of large aircraft and the development of the low-altitude economy [4][7] - The concept of "digital low altitude" was introduced to explore how digital foundations can support the low-altitude economy, evolving from strategic concepts to actionable paths [6] Group 2 - The chairman of the China Communication Standards Association stated that digital low altitude is not only a technical issue but also a system engineering challenge, requiring standards and ecosystem collaboration [6] - The low-altitude economy is currently transitioning from the drone stage to air logistics and air traffic, with ongoing challenges in infrastructure and regulatory frameworks [12][13] - Companies in the low-altitude sector are focusing on industrial drones, eVTOL aircraft, and flying cars, with significant government support aiding their development [8][12]

Group 1 - The core theme of the event was "Intelligent Enrichment of Maritime Silk Road's Millennia Charm and Wisdom Integration of Cultural Tourism" showcasing various AI applications in cultural tourism [1] - The AI Cultural Tourism Ambassador, powered by the Starry AI model, serves as a digital guide providing real-time interaction and personalized recommendations for local heritage projects, authentic cuisine, and classic attractions [3] - The minute-level digital human replication platform allows for rapid creation of digital avatars in just one minute, facilitating the dissemination of cultural tourism content [5] Group 2 - The holiday traffic prediction platform utilizes AI and big data to provide accurate visitor forecasts for key scenic spots, shopping districts, and transportation hubs, offering travel suggestions and peak warning support [7] - China Telecom is leveraging digital technology to build new cultural tourism infrastructure, achieving 100% coverage of dual-gigabit networks in world heritage sites and 3A-level scenic areas [9] - The company aims to enhance the cultural tourism industry, contributing to the construction of a billion-level cultural tourism sector by providing smart parking services for 18,000 visitor spaces [9][10]

Group 1 - The first offshore wind power integrated subsea data center in China, the Shanghai Lingang subsea data center, is set to officially launch in September 2023, marking a significant advancement in subsea data center technology [1][2] - The project has a total investment of 1.6 billion yuan, with the first phase featuring a capacity of 2.3 megawatts and a green power supply rate of 95% [2] - The subsea data center aims to support various industries, including artificial intelligence, 5G, industrial internet, and cross-border e-commerce, while also exploring cross-border data services [2][3] Group 2 - The integration of offshore wind power and natural seawater cooling technologies in the Lingang subsea data center significantly reduces energy consumption for cooling from 40%-50% in traditional data centers to below 10% [4] - The project aligns with Shanghai's sustainable development goals, leveraging deep-sea wind power as a major green energy resource [4] - The subsea data center is expected to enhance local green computing capabilities and reduce the pressure of long-distance power transmission from offshore wind farms [4][5] Group 3 - The "land-sea computing" model is anticipated to initiate a new era of computing power upgrades in China, addressing low-latency demands in data-rich areas [6][7] - The subsea data center will utilize optical-electrical composite submarine cables for high-speed connectivity with land-based stations, ensuring reliable service quality [7][8] - The project involves multiple stakeholders, including Hailan Cloud as the core technology provider and China Telecom for network deployment, highlighting collaborative efforts in overcoming technical challenges [8][9] Group 4 - The transition from the 1.0 version in Hainan to the 2.0 version in Lingang signifies China's pioneering breakthroughs in the intersection of marine energy and green computing [9] - The development of subsea data centers is supported by favorable policies promoting deep-sea technology and marine economy, indicating a promising future for this sector [9]

Core Viewpoint - China Telecom's Shenzhen branch, in collaboration with CITIC Ocean Helicopter, launched a series of capabilities aimed at promoting the low-altitude economy, including smart integration of air and ground networks, digital design and operation of takeoff and landing sites, and comprehensive safety monitoring [1][3][4] Group 1: Capabilities and Services - The launch introduced six key capabilities for the low-altitude economy, focusing on air routes, intelligent computing, ground safety, platform integration, and end-to-end digital support [1] - The "Wings Take Off" aerial tourism product was unveiled, offering three types of routes: "Sky Tour," "Exclusive Charter," and "Luxury Travel," with ten initial routes covering major tourist and business areas in Shenzhen [5] - The "Tianlu Smart Network" service was introduced, providing continuous monitoring over 300 square kilometers of key airspace, enabling rapid deployment of low-altitude takeoff points [3][4] Group 2: Technological Integration - The full-scene flight verification center integrates five core capabilities, utilizing advanced technologies such as 5G, satellite communication, and AI for flight simulation and product validation [3][4] - China Telecom has achieved 95% 5G coverage along 181 commercial flight routes at an altitude of 600 meters, with an upload speed of 50 Mbps [4] - The "Cloud Launch" initiative has successfully detected an average of 200 safe flights daily, enhancing urban airspace management through proactive control [6]

Core Insights - The article discusses the launch of the "Feixi Agricultural Big Data Platform" by China Telecom, aimed at enhancing agricultural productivity through data-driven decision-making [2][3] - The platform provides precise fertilization recommendations based on historical soil nutrient data and real-time monitoring of nutrient changes, aligning agricultural practices with crop needs and weather conditions [3][6] Group 1: Technological Advancements - The "Feixi Agricultural Big Data Platform" will officially launch in October 2024, showcasing a comprehensive digital management system for agricultural land, including data on farmland area and irrigation types [2] - The platform aims to bridge the digital divide in rural areas and support the construction of a high-quality agricultural province in Anhui [2][6] Group 2: AI and Data Utilization - The "Shennong No.1" model, showcased at the event, can provide timely answers regarding fertilization, pest control, and market price fluctuations based on a database of 320,000 text entries covering 11 major crop varieties [5] - The model utilizes advanced AI capabilities to assist various stakeholders in agriculture, enhancing production efficiency and supporting sustainable agricultural development [5][6] Group 3: Monitoring and Management - The agricultural digital cloud platform employs satellite remote sensing, drones, and sensors for comprehensive real-time monitoring of farmland, aligning with national policy requirements [6] - The integration of various technologies is expected to accelerate the development of smart agriculture, improving overall agricultural practices [6]

Core Viewpoint - The conference focused on the development trends and practical paths of smart agriculture in Anhui, highlighting the collaboration between government, enterprises, and industry experts to enhance agricultural modernization through digital technology [1]. Group 1: Conference Highlights - The "Cloud Initiates Agriculture, Intelligence Leads Jianghuai" themed conference was held during the 2025 Anhui Telecom Digital Technology Ecological Conference [1]. - Key attendees included government officials and representatives from China Telecom Anhui, emphasizing the importance of smart agriculture [1]. Group 2: Presentations and Reports - Presentations were made by Anhui Agricultural University Professor Wang Yanrong and Deputy Director of the Fuyang Agricultural and Rural Bureau Shi Shouyu, focusing on smart agriculture policy interpretation and practical achievements in Fuyang [4]. - China Telecom Anhui's Digital Government Research Institute Director Wang Wenxue introduced the "Four New" agricultural productivity capabilities, integrating new networks, platforms, models, and security [4]. Group 3: Strategic Collaborations - China Telecom Anhui signed strategic cooperation agreements with eight leading enterprises in the agricultural supply chain, covering key areas such as smart agriculture solution development, digital rural platform construction, agricultural big data applications, and promotion of intelligent equipment [4]. - The collaboration aims to leverage complementary advantages and resource sharing to drive the implementation of innovative technologies [4]. Group 4: Future Directions - China Telecom Anhui plans to deepen the integration and large-scale application of smart agriculture capabilities in the agricultural and rural sectors, contributing to the modernization of agriculture in Anhui [7].

Core Viewpoint - China Telecom and Haier Group have signed a strategic cooperation agreement to enhance collaboration in various sectors, focusing on AI, smart homes, industrial internet, and other innovative areas [1][4][6]. Group 1: Strategic Cooperation - The agreement emphasizes mutual benefits, innovation, and resource sharing to explore new market opportunities and enhance competitiveness in the industry [4][6]. - Both companies aim to deepen cooperation in AI data and applications, smart homes, industrial internet, healthcare, emergency communication, and international business [4][6]. Group 2: Company Transformations - Haier Group has transitioned from a home appliance company to an ecosystem-oriented enterprise, focusing on smart living, health, and digital economy sectors [3]. - China Telecom is transforming from a traditional telecom operator to a service-oriented, technology-driven, and secure enterprise, emphasizing cloud and AI technologies [4]. Group 3: Future Collaboration Areas - The partnership will involve comprehensive cooperation in key business areas such as industrial internet, smart homes, smart buildings, AI innovation in smart appliances, and cloud computing [6].

Core Insights - The conference focused on exploring key technologies and innovative applications in fields such as intelligent computing, low-altitude economy, security, and quantum technology to promote high-quality development of the digital industry [1][5]. Group 1: Technological Innovations - China Telecom Anhui Company announced its latest technological achievements in quantum communication, digital security protection, and low-altitude economy during the conference [3][5]. - The company introduced a comprehensive AI-enabled product service system for the low-altitude economy, structured as "1+1+3+N" AI+FaaS (Fly as a Service) [5]. - New products in the quantum encryption field were launched, including quantum cloud seals and OTN quantum encryption dedicated lines [5]. Group 2: Strategic Collaborations - China Telecom Anhui Company signed strategic cooperation agreements with 14 leading domestic manufacturers, including Huawei and ZTE, to create an innovative development ecosystem [5][7]. - The conference also saw the establishment of the "Artificial Intelligence Anhui Joint Innovation Center" and the "Fuyang Cybersecurity Practice Center," indicating a commitment to resource integration and technological complementarity [7][9]. Group 3: Future Directions - China Telecom Anhui Company aims to leverage its advantages in technological innovation and industry chain integration to accelerate the formation of digital industry capabilities [9]. - The company is focused on promoting multi-industry integration and upgrading industries to contribute to the high-quality development of Anhui's digital industry [9].

Core Points - The "He Mei Anhui · Digital Empowerment" annual award ceremony and the 2025 Anhui Telecom Digital Technology Ecological Conference focused on AI empowering grassroots governance [1][5] - The event highlighted the achievements in building "smart communities" and "digital villages" across 16 cities in Anhui, with over 4 billion online views related to the promotional activities [1][3] Group 1 - China Telecom Anhui Company is actively utilizing digital technology to enhance grassroots governance and rural revitalization [3][5] - The company has established a video governance network for over 1,100 grassroots police stations and more than 200 market supervision offices, significantly improving efficiency in handling cases such as theft and traffic accidents [3][5] - The event recognized 60 "model smart communities" and 60 "model digital towns/villages," showcasing the progress in community and rural development [3][5] Group 2 - The conference featured expert presentations on AI's role in grassroots governance and shared practical experiences from various local representatives [5][6] - The ongoing promotional activities have evolved from "Beautiful Countryside" to "Digital Empowerment," reflecting the integration of AI in public service and social governance [5][6] - The collaboration between Anhui Broadcasting and China Telecom aims to transition traditional governance methods to digital governance, contributing to the modernization of government governance systems [5][6]