12月22日，长沙印发《长沙市"人工智能+"行动方案》（以下简称《行动方案》），描绘了未来10 年的智能化转型蓝图。《行动方案》设定了一系列清晰目标：2027年为"基础突破期"；2030年为"集聚 提升期"；2035年为"引领发展期"，目标是成为全国新一代人工智能与实体经济融合标杆城市。 今天的长沙，是全国同时拥有"国家新一代人工智能创新发展试验区"和"国家人工智能创新应用先导 区"的十城之一，正从人工智能的"追赶者"，转变为"人工智能+"的"弄潮儿"。 12月22日，长沙印发《长沙市"人工智能+"行动方案》，描绘了未来10年的智能化转型蓝图。 一份蓝图绘就六大赛道 人工智能的价值关键在"+"号之后的落地应用。长沙的顶层设计聚焦于六个重点方向，旨在让AI深度融 入城市发展血脉。 这六大方向包括：依托本地高校与研发机构，攻关生命科学、材料科学等领域前沿技术的科学技术领 域；推动人工智能与长沙"4433"现代化产业体系深度融合的产业发展领域；创造更丰富便捷新消费场景 的消费提质领域；关切"一老一小"，让技术服务于美好生活的民生福祉领域；实现从"治理"到"智理"升 级的治理能力领域；依托自贸区等平台深化高水平开放的 ...

Group 1 - The "Star Innovation Engine" 2025 University Student Entrepreneurship Training Camp (Phase III) has officially opened, focusing on addressing students' entrepreneurial challenges through mentorship and practical insights [1][5] - The training camp features a hands-on approach with activities such as site visits and interactions with industry leaders, enhancing students' understanding of smart technology and its applications [3][5] - Participants in the training camp are finalists of the 22nd "Yuelu Mountain Cup" University Student Innovation and Entrepreneurship Competition, indicating a high level of entrepreneurial talent [5][7] Group 2 - The training camp includes a CityWalk event that allows students to visit companies like Hunan Huishiwei Intelligent Technology Co., Ltd. and Zoomlion, showcasing advanced technologies and production capabilities [3][7] - The training camp emphasizes the importance of precise positioning, clear target customers, differentiation, and detailed service offerings as core qualities for entrepreneurs [5] - The event is organized by the Changsha Municipal Science and Technology Bureau, highlighting the local government's support for innovation and entrepreneurship among university students [7]

Core Insights - The article highlights the rapid development of computing power in China, emphasizing its critical role in the AI industry and the ongoing efforts to optimize and expand computing resources across the nation [1][2][3]. Group 1: Company Developments - Hunan Huishiwei Intelligent Technology Co., led by young entrepreneur Gu Shanzhi, is advancing its self-developed "Juzhou" large model, benefiting from the powerful computing resources provided by the National Supercomputing Internet [1]. - The company has trained 40 million images, significantly enhancing its model's performance while reducing research and development costs due to affordable domestic computing power [1]. Group 2: Industry Trends - The national integrated computing network is being established to address issues such as supply-demand mismatches and high costs in computing resources, allowing more users to access efficient computing services [1][2]. - Policies like the "East Data West Computing" initiative and various action plans have been implemented to accelerate the construction of a unified national computing network, optimizing resource allocation and enhancing application scenarios [2]. - The computing resource layout in China is evolving, with a tiered structure of hub nodes, regional centers, and local edge computing, as indicated by the "2025 Computing Development Report" [2]. Group 3: Future Outlook - The computing industry in China is experiencing structural optimization and technological innovation, with a focus on collaborative resource management and dynamic optimization capabilities [3]. - Companies like Sugon are addressing technical challenges in multi-computing integration and heterogeneous collaboration, aiming to foster an open computing ecosystem that supports AI and other digital technologies [3].

"目前，平台已连接30多家超算、智算中心，提供近70种规格的国产超智融合算力，上架超7200个应用 商城商品，服务80多万用户。未来希望让算力如水电一样联网、便宜、好用。"国家高性能计算机工程 技术研究中心副主任曹振南说。 "十四五"以来，《深入实施"东数西算"工程加快构建全国一体化算力网的实施意见》《算力基础设施高 质量发展行动计划》《算力互联互通行动计划》等一系列政策部署相继出台，算力"全国一张网"加速织 就。 山东汇聚融合全省16地市及周边省份算力资源，入网算力中心资源利用率平均提升40%，赋能1000多个 应用场景；贵州创新发放"算力券"，为企业提供多样化激励，降低用户用算成本；江苏打造智算算力网 AI开发平台，统筹纳管异构异属异域的智算资源，实现全局能用、好用…… 新华社北京11月30日电（新华社记者温竞华、周圆）在湖南汇视威智能科技有限公司，"95后"创业者顾 善植正带领团队加班加点，迭代升级自主研发的"橘洲"大模型。依托国家超算互联网的强大算力支持， 该大模型高效完成了4000万张图片的训练，性能快速提升。 "我们是年轻的AI初创公司，最缺但也最用不起的就是算力。现在有高性价比的国产算力'撑腰' ...

新华社北京11月30日电 题：织起全国一张网，看算力普惠按下"加速键" 新华社记者温竞华、周圆 在湖南汇视威智能科技有限公司，"95后"创业者顾善植正带领团队加班加点，迭代升级自主研发的"橘 洲"大模型。依托国家超算互联网的强大算力支持，该大模型高效完成了4000万张图片的训练，性能快 速提升。 山东汇聚融合全省16地市及周边省份算力资源，入网算力中心资源利用率平均提升40%，赋能1000多个 应用场景；贵州创新发放"算力券"，为企业提供多样化激励，降低用户用算成本；江苏打造智算算力网 AI开发平台，统筹纳管异构异属异域的智算资源，实现全局能用、好用…… 当前，我国算力资源布局进一步优化，算力基础设施已初步形成枢纽节点、区域中心、本地边缘梯次化 布局架构。《2025运力发展报告》显示，我国已初步形成1ms时延城市算力网、5ms时延区域算力网、 20ms时延跨国家枢纽节点算力网。 "十五五"规划建议提出，"适度超前建设新型基础设施，推进信息通信网络、全国一体化算力网、重大 科技基础设施等建设和集约高效利用""强化算力、算法、数据等高效供给"。 中国信息通信研究院副院长魏亮认为，我国算力领域已取得显著进展，算力产 ...

Core Insights - Computing power has become the core "new productive force" in the digital economy era, driving the development of advanced technologies [1][3] - The computing power industry needs to focus on the collaborative advancement of construction, application, and ecology to build a "three-dimensional computing" system, avoiding redundant construction and resource waste [1] Industry Developments - With the arrival of the artificial intelligence era, computing power is deeply integrated into daily life, supporting various applications from mobile usage to online browsing and gaming [3] - The company has established one of the earliest high-standard intelligent computing centers in Changsha, which provides a controllable computing foundation for local AI applications and ensures the stable operation of domestic AI software [3] - The introduction of super-node technology will help overcome performance bottlenecks in key industrial software, promoting continuous technological iteration and application deepening [3] Company Initiatives - The company is leveraging Changsha's talent advantages and comprehensive competitiveness to support breakthroughs in the world's first single cabinet-level 640-card super-node system, scaleX640 [3] - Future applications of next-generation AI technology will focus on the industrial sector, with the company aiming to provide robust technical support for high-end manufacturing by utilizing Changsha's rich application scenarios [3]

Core Insights - The collaboration between Zhongke Shuguang and Huishiwei marks a significant advancement in AI deployment capabilities with the launch of the "Orange Island" V1.5 edge version, transitioning from a "single system" to a "full ecosystem" strategy [1] - The V1.5 version has achieved comprehensive adaptation for Android, enabling cross-platform, multi-chip, and full-ecosystem AI deployment, facilitating broader applications across various industry scenarios [1] - The rapid iteration and superior performance of the "Orange Island" model are supported by a robust domestic computing power foundation provided by Zhongke Shuguang, showcasing a successful integration of domestic computing and models [1] Company Developments - The release of "Orange Island" V1.5 is a milestone for Huishiwei and represents a practical implementation of Changsha's ambition to become a "city of artificial intelligence applications" [1] - As the first domestic visual base model pre-trained on domestic computing power, "Orange Island" exemplifies the forward-looking layout of the AI industry in Changsha and Hunan Province [1]

Core Points - The successful launch of the "Zhuque-2" rocket carrying six satellites marks a new record for China's commercial satellite launches, drawing significant attention to Changsha Tianyi Research Institute Co., Ltd. and the Xiangjiang New Area [1][6] - The "Tianyi 42" satellite, also known as "Shenqi No. 2," is the second commercial Synthetic Aperture Radar (SAR) satellite developed by the company, capable of monitoring millimeter-level terrain changes on Earth [1][3] - The company has achieved a significant milestone by completing the systematic deployment of 37 satellites, transitioning from single satellite verification to mass production [6][8] Company Overview - Changsha Tianyi Research Institute was founded in 2016, coinciding with the beginning of China's commercial space industry, and has since established itself in the Xiangjiang New Area [6][7] - The company has benefited from supportive policies in the Xiangjiang New Area, which has helped attract and retain talent crucial for its success [8][20] - The institute's founder, Yang Feng, emphasizes the importance of perseverance and technological confidence in navigating the challenges of the commercial satellite sector [7][8] Industry Context - The Xiangjiang New Area is becoming a hub for aerospace and satellite applications, with various companies and industries contributing to a robust ecosystem [8][20] - The area has seen significant growth in the aerospace sector, with multiple enterprises involved in national space programs and satellite production [8][20] - The successful launch and development of commercial satellites reflect the broader advancements in China's aerospace capabilities and the increasing role of private enterprises in this field [1][6][8]