1月28日，我省与中国联合网络通信集团签署战略合作协议。省委书记信长星、省长刘小涛会见中国联 通董事长董昕一行。 董昕表示，江苏是中国联通投资布局的重点区域。中国联通将深度融入江苏发展大局，发挥差异化运营 和竞争优势，加强信息产品供给与服务，以数智技术赋能千行百业，更好助力江苏高质量发展。 信长星、刘小涛感谢中国联通多年来对江苏发展的大力支持。信长星表示，"十五五"时期，江苏将全面 实施"人工智能+"行动，加快培育壮大新兴产业和未来产业，努力实现产业体系整体跃升。希望双方以 新一轮战略合作协议签署为契机，围绕新型基础设施建设、新一代信息技术研发、产业转型升级等方面 持续深化合作，共同为数字中国建设贡献更大力量。 省领导储永宏、沈剑荣，中国联通副总经理郝立谦分别参加有关活动。 ...

（来源：辽宁日报） 转自：辽宁日报 本报讯 日前，为期三天的本溪首席数据官专题培训会在本溪市委党校召开，会议紧扣"数字中国""数字 辽宁"战略，为本溪市近150名数据领域骨干"充电"。 本次培训会邀请浪潮集团、天融信集团等单位的专家授课。三天的培训干货满满：首日，会议介绍了数 智本溪Agent未来-人工智能理论及产业应用、人工智能大规模应用环境下的安全风险及应对、网络安全 意识和安全政策法规等内容；次日，由业内专家讲解了公共数据要素化的体系建设与实践路径及政务数 据安全；第三日，培训围绕"十五五"时期城市全域数字化转型建设研究、企业"智改数转"安全建设，以 及数字本溪建设等相关内容展开。参训人员听课热情高涨，现场学习氛围浓厚。 此次培训是贯彻落实"数字中国"战略的重要举措，切实执行《本溪市推行首席数据官制度工作方案（试 行）》，有效加强了本溪市数字人才队伍建设。下一步，本溪将持续加大对首席数据官的培训力度，以 人才赋能，推动数字本溪高质量发展。 武佳琪 本报记者 王铁军 ...

Core Viewpoint - The strategic cooperation between Tianjin Water Group and 360 Digital Security Group aims to enhance digital transformation in water management through AI and cybersecurity solutions, aligning with national strategies for "Digital China" and "Smart Water Management" [3][5]. Group 1: Partnership Details - Tianjin Water Group and 360 Digital Security Group signed a strategic cooperation agreement to focus on AI empowerment, cybersecurity system construction, smart water IoT platforms, and the development of vertical models in water management [3][5]. - The partnership is based on the principle of "complementary advantages and collaborative win-win," aiming to build a secure operation center and promote the digital transformation of water services [3][5]. Group 2: Strategic Importance - The collaboration is seen as a significant step in integrating "water management and digital security," establishing a benchmark in the industry and reinforcing the digital security framework for urban water services [7]. - This initiative is expected to inject new momentum into the high-quality development of smart water services and support Tianjin's goal of becoming an international consumption center [7].

1月12日，各地网友来到重庆市合川区庆福村吃刨猪汤。合川区委宣传部供图 有人说，在互联网上，"每个人都可能成名15分钟"。也有人说，流量"造星"，速生速朽。但我们相信， 热度涨了会退，总有一些故事仍能留在你我心里。它们或许粗粝，却贵在真实。 今日起，本版推出数字中国"凡人歌"系列报道，把目光投向数字中国宏伟图景中的一张张面孔：直播间 里带货助农的新农人，穿梭在万家灯火中的外卖骑手，为家乡荣誉奋力一搏的业余球员……他们看似平 凡，却以不凡的坚守与热忱，汇聚成这个时代最真实、动人的和声。 "到合川，吃一碗刨猪汤" 1月12日，各地网友来到重庆市合川区庆福村吃刨猪汤。合川区委宣传部供图 1月12日晚，重庆女孩"呆呆"家的院子内外聚了3000多人，舞龙、放烟花、篝火晚会，"比过年还热 闹"。"呆呆"的直播间里，最多有超60万人在线观看这一盛况。 对"呆呆"来说，过去的几天像一场梦。短短几天，她的账号粉丝数从不过1000，一路涨到200多万。她 的家乡合川，一个普通的重庆市辖区，与"吃刨猪汤"这项川渝传统年俗一起，迅速冲上流量浪尖。 这一切始于9日凌晨。家里要杀2头年猪，因担心上了年纪的爸爸按不动猪，她半开玩笑地发了条 ...

Core Viewpoint - New materials are the cornerstone and precursor for the development of high-tech industries, and breakthroughs in new materials will accelerate the transformation of emerging and future industries. China is set to lead global innovation in new materials, with the FINE 2026 expo scheduled for June 10-12 in Shanghai to showcase advancements in various sectors [2][4]. Group 1: Emerging Technologies and Material Needs - The global technology and industrial competition landscape is rapidly reshaping, with a focus on emerging and future industries such as AI, new energy, and advanced manufacturing, which have significant demands for new materials [4]. - The development of new information materials is critical to meet the higher requirements for high-performance computing, storage, and intelligent human-machine interaction systems driven by AI and digital transformation [4][5]. - The evolution of semiconductor technology towards nodes below 2 nm is approaching physical limits, with new materials like graphene and transition metal dichalcogenides expected to replace silicon-based semiconductors in the post-Moore era [5]. Group 2: Storage and Communication Materials - Traditional memory technology is lagging behind Moore's Law, necessitating the development of new storage technologies and materials, including three-dimensional memory processes based on advanced materials [6]. - The next decade will see the exploration of new communication networks, requiring new devices and materials such as gallium nitride and diamond for high-performance applications [7]. - New optical materials with high electro-optic coefficients are essential for data center applications, enabling high-speed signal processing and low-loss optical chips [8]. Group 3: Energy Materials and Sustainability - The photovoltaic industry is a key area for China, with N-type monocrystalline silicon battery technology gradually replacing older technologies, necessitating further optimization in production processes [10]. - The development of new energy storage materials is crucial for electric transportation and energy sustainability, with China leading in various battery technologies [11]. - There is a pressing need for new energy materials to achieve carbon neutrality goals, including advancements in solar energy conversion materials and flexible smart grids [10][11]. Group 4: Advanced Manufacturing and Structural Materials - High-end equipment manufacturing requires special structural and functional materials, particularly for humanoid robots and aerospace applications, which demand advanced materials with superior performance [15][19]. - The development of high-performance materials for marine engineering and advanced rail transportation is essential for maintaining national security and enhancing manufacturing capabilities [16][18]. - The military sector requires lightweight materials that can withstand extreme conditions, with a focus on wide bandgap semiconductors and advanced composite materials for weapon systems [19]. Group 5: Biomedical and Biomanufacturing Materials - There is a growing need for regenerative biomaterials that can induce tissue regeneration for medical applications, addressing the limitations of traditional implant materials [20]. - The development of minimally invasive repair materials and devices is a significant direction for high-end medical equipment, focusing on heart and vascular applications [21]. - The push for biomanufacturing materials is critical for reducing reliance on petrochemical resources, with a goal of increasing the production of bio-based plastics and chemicals [22][23].

Core Insights - The article discusses the transformation of Xiyun Computing Technology Co., Ltd. from a traditional data storage company to a provider of intelligent computing services, driven by the increasing demand for AI and computational power [2][3]. Company Overview - Xiyun Computing, located in Zhongwei, Ningxia, faced significant challenges in 2020, including a sharp decline in revenue and customer loss due to increased competition in the data center market [2]. - The company decided to pivot from traditional data storage to intelligent computing, recognizing the need to evolve beyond mere data storage to meet the growing demand for computational services [2][3]. Transformation Strategy - The transition involved substantial investment in new equipment and the development of a smart computing platform, leading to a drastic drop in revenue from 30 million yuan to less than 10 million yuan in 2022 [3]. - Xiyun Computing identified a shift in demand from model training to inference applications, prompting the establishment of dedicated computing resources for these new needs [3]. Future Projections - The company plans to launch its self-developed "Danmo" intelligent computing cloud platform in 2024, allowing various users, including SMEs and research institutions, to rent computing services as needed [3]. - Xiyun Computing aims to achieve nearly 200 million yuan in revenue by 2025, showcasing the potential success of its transformation strategy [3]. Industry Context - The article highlights the broader context of the "East Data West Computing" initiative, which aims to enhance the integration of computing resources across regions, particularly benefiting areas like Zhongwei [5]. - Challenges remain in the digital economy development in western regions, including infrastructure upgrades and talent acquisition, emphasizing the need for a robust ecosystem that supports both computing supply and application integration [5][6].

今日，智慧眼公众号发布公告称，公司与海光信息技术股份有限公司正式签署战略合作协议。 双方将聚焦医疗健康行业，依托各自在人工智能大健康与自主可控计算芯片领域的核心技术优势，开展 全方位深度合作，共同推动国产化技术与行业应用的深度融合，助力"数字中国"与"健康中国"建设。 ...

Group 1: Core Themes - The focus on "technological innovation" is prominent in the "14th Five-Year Plan" proposals across various provinces, emphasizing the need for original innovation and the construction of trillion-level industrial clusters [1] - Traditional industries are being upgraded through digital and green technologies, with provinces like Shanxi and Guangdong highlighting the importance of integrating technology with traditional sectors to ensure smooth transitions between old and new development drivers [2][3] Group 2: Digital Economy and Infrastructure - The construction of a national integrated data market and the deep integration of the digital economy with the real economy are key goals for the next five years, as provinces aim to leverage digitalization and intelligence to stimulate industrial momentum [4][5] - Guizhou is positioning itself as a significant player in the digital economy by developing its electronic information industry and enhancing its computing power infrastructure [5] Group 3: Future Industries and Technological Advancements - Future industries are seen as vital for cultivating new productive forces, with provinces like Anhui and Hainan focusing on quantum technology, biomanufacturing, and other cutting-edge fields to drive economic growth [10][11] - Sichuan is targeting advancements in sixth-generation mobile communication, quantum technology, and other frontier technologies to establish incubators and pilot zones for future industries [11] Group 4: Regional Specialization and Competitive Advantages - Regions are encouraged to develop distinctive industries based on their unique resources and conditions, with Beijing and Heilongjiang focusing on healthcare technology and winter sports equipment, respectively, to enhance market competitiveness [7][8] - The integration of culture and technology is emphasized in Hunan, aiming to promote new cultural industries through digital transformation [8]

近日，中国向国际电信联盟（ITU）正式提交申请，申请20.3万颗卫星频轨资源，引发关注。这一举措，并非盲目扩张，而是立足长远、统筹布局的 国家行动，更将深刻改变亿万民众的数字生活。中国的"星河征途"，正为构建空天地一体化信息网络、筑牢数字中国底座注入澎湃动能。 ...

Core Viewpoint - The documentary reality show "一路通行" produced by China Unicom and CCTV has successfully concluded, achieving over 250 million exposures, 180 million topic reads, and 45 million views, showcasing the integration of technology and industry in the context of "Digital China" [1][3]. Group 1: Program Structure and Content - The show features a narrative core centered on technology empowerment, with scenes closely aligned to the storytelling function, covering 9 cities across 8 provinces in China, creating an immersive exhibition of "Digital China" [3]. - Each episode transforms serious industry knowledge and workflows into engaging tasks such as professional experiences, interactive check-ins, and competitive challenges, allowing guests to deeply engage with various scenarios [3][5]. - Guests act as "experience officers" rather than mere observers, participating in tasks that demonstrate digital efficiency, such as locating specific sheep using handheld devices and electronic ear tags, showcasing the capabilities of technology in agriculture and manufacturing [3][5]. Group 2: Audience Engagement and Knowledge Dissemination - The program employs a dual-line parallel or team competition format, where genuine experiences triggered by tasks facilitate the internalization and empathy of technological value [5]. - The design of "tasks as experiences and competition as explanation" allows viewers to follow guests through the entire process from task execution to technological breakthroughs, creating a compelling and persuasive knowledge dissemination pathway [5]. - "一路通行" effectively combines real scenes, light competition, and documentary depth, enabling audience empathy and exploring a successful path for popularizing professional content, exemplifying a blend of professional experience, cultural tourism promotion, technology popularization, and mainstream value transmission [7].