Core Insights - The 2025 Open Atom Developer Conference held in Beijing highlighted the graduation of two significant open-source projects, Open Harmony and Open Euler, marking a pivotal moment in China's open-source ecosystem [1][2] - The graduation signifies not a departure but a maturation of these projects, indicating their stability and readiness for broader application in the industry [2][3] - The emergence of AtomGit as a new generation "open-source + AI" infrastructure platform represents a significant advancement in the integration of AI development processes [1][9] Group 1: Graduation of Open Source Projects - The graduation of Open Harmony and Open Euler reflects their successful evolution over the past 4-5 years, transitioning from exploration to maturity [3][8] - Open Harmony has undergone 10 major iterations since its contribution to the foundation in September 2020, attracting over 9,700 core code contributors and producing more than 130 million lines of code [3] - Open Euler has completed 12 major iterations since its open-source launch in 2019, gathering 23,000 code contributors and serving over 5.5 million users across various industries [3][5] Group 2: Value Creation in Real-World Applications - Open Harmony has expanded beyond consumer devices into critical industry applications, including micro-satellites, industrial control systems, and banking services, establishing itself as a "universal language" across sectors [4][6] - Open Euler's strength lies in its deep integration within key sectors such as government cloud services and energy management, creating high switching costs and strong industry ties [5][6] - Both projects are not merely single-point replacements but are generating scalable and replicable value in real-world applications [6][7] Group 3: Advancements in AI Infrastructure - AtomGit addresses the structural gap in AI deployment by integrating code, models, data, and computing power into a unified engineering process [9][10] - This platform aims to lower the barriers to AI commercialization in China, facilitating faster model iterations and easier delivery of industry solutions [10][11] - The developments signify a shift towards a more cohesive and mature technological ecosystem in China, with a focus on foundational stability and platform unification [11]

这些成就背后，是中国开源社区治理模式的成熟演进。通过开放原子开源基金会等平台，我国正在构建 项目孵化、资源整合与生态反哺的良性循环体系。这一优势在于产业链的深度协同，开源鸿蒙社区汇聚 全球企业与开发者群体协同发力，推动技术在多个重点领域实现规模化落地；开源欧拉凝聚开发者力量 为AI算力集群等前沿应用提供支撑。 笔者认为，要让更多开源项目顺利"毕业"，构建更加繁荣的开源生态，产业链各方需要从三个维度重点 发力。 第一，构建育苗—造林—成荫阶梯培育体系。开源生态建设要遵循项目成长规律，建议基金会联合产业 链建立分阶段、差异化的扶持机制。对于初创项目，要提供技术孵化、社区运营等基础支持；对于成长 项目，要帮助其拓展应用场景、完善治理结构；对于毕业项目，则要重点支持其产业规模化落地和国际 化发展，形成"培育一个、成熟一个、带动一片"的良性发展格局。 在11月21日举行的2025开放原子开发者大会上，开放原子开源基金会宣布旗下开源鸿蒙与开源欧拉成为 首批毕业项目，这意味着我国开源生态建设迈入新阶段，将为行业创新突破与技术迭代升级注入持久动 力。 ■贾丽 开源项目的"毕业"，并非意味着其将脱离基金会生态，而是标志着其技术 ...

11月21日，在2025开放原子开发者大会的舞台上，一场象征着中国开源生态成熟蜕变的"毕业典礼"正在 举行。大会上，开放原子开源基金会理事长程晓明和秘书长助理李博为开源鸿蒙项目群工作委员会执行 主席章晓峰、开源欧拉委员会主席熊伟颁发纪念杯和证书。这一历史性时刻，标志着开源鸿蒙与开源欧 拉正式成为中国首批"毕业"的开源项目，完成了从技术孵化到生态成熟的征程。 "不同于学生毕业后就离开了学校，开源项目的'毕业'其实是项目在技术迭代、社区治理和生态发展走 向成熟的表现。"李博表示，"这意味着这些项目已经具备了强大的生命力和可持续发展能力，将为全球 开发者和用户创造更大价值。"大会透露的一组数据更印证了中国开源生态的蓬勃发展：截至2024年 底，我国活跃开源项目已突破300万个，活跃开源开发者达227万人，形成了规模宏大、结构多元的开源 人才队伍。 章晓峰在接受《证券日报》记者采访时表示，首批开源项目的"毕业"，向业界展示了中国开源生态正加 速从"规模扩张"走向"质量跃升"。 两项目正式"毕业" "毕业"是开源项目孵化运营中的关键节点，不仅标志着开源项目已通过基金会技术监督委员会(TOC)的 严格评审，达到了成熟稳定 ...

Core Insights - The Open Atom Open Source Foundation announced that by the end of 2024, there will be over 3 million active open source projects and 2.27 million active open source developers in China, indicating a large and diverse talent pool in the open source sector [1] Group 1: Open Source Development - The Open Atom Open Source Foundation's chairman, Cheng Xiaoming, highlighted the significant growth in active open source projects and developers [1] - The foundation's projects, Open Harmony and Open Euler, have been recognized as the first batch of graduation projects [1] Group 2: Government Support and Initiatives - The Beijing Economic-Technological Development Area is focusing on building a "national-level open source organization + leading enterprises" framework to support open source projects [1] - The implementation of the "Open Source Gathering Action" and various special policies, including "Ten Articles for Scientific Innovation," "Twenty Articles for AI," and "Ten Articles for Talent," aims to systematically support the development of open source projects and enterprises [1] Group 3: Community and Collaboration - The establishment of China's first AI open source root community, "Moli Ark," has launched over 16,000 open source models and more than 10,000 datasets, aiming to create a globally influential open source innovation hub [1] - The Open Atom Open Source Foundation signed donation agreements with 11 open source projects covering key technology areas such as artificial intelligence, quantum computing, robotics, operating systems, and the Internet of Things [1]

人民财讯11月21日电，据深圳发布，近日，全市首个专注于开源鸿蒙的开发者培训基地在深圳龙华区数 字创新中心正式启用，"人才生态联盟"同步成立，标志着深圳在开源鸿蒙人才培育、生态共建、创新培 育与产业协同领域迈入全新阶段。活动现场先后举行两项重磅签约，深天使、深开鸿、人才数科三方签 署战略合作协议，共同设立专项基金，为生态内创新项目与人才孵化提供"资金+技术+场景"支持。多 家开源鸿蒙生态企业与龙华区政府签署落地协议，覆盖芯片适配、行业解决方案、教育赋能等关键环 节，进一步夯实本地鸿蒙产业链与创新链的集聚效应。 ...

Core Viewpoint - China Software International (00354) has signed a strategic cooperation agreement with Shenzhen Kaihong Digital Industry Development Co., Ltd. and Beijing Yiswei Computing Technology Co., Ltd. to build a dual open-source ecosystem centered on "Open Source Harmony + RISC-V" [1][2] Group 1: Technical Aspects - The three parties will establish a joint technical team focusing on deep adaptation and collaborative development of "RISC-V chips + KaihongOS," addressing key technical areas such as operating system kernel adaptation, driver development, performance optimization, security reinforcement, and AI empowerment [1] - The collaboration aims to create a stable and efficient software-hardware collaborative foundation [1] Group 2: Product Development - The partnership will leverage each company's strengths to jointly develop edge computing products and industry solutions, including traffic MEC, education IWB, and industrial quality inspection AOI, as well as chip products and solutions in smart home, robotics, and industrial sectors [1] - The initiative will gradually expand to smart terminals based on "RISC-V + KaihongOS" [1] Group 3: Market and Ecosystem Expansion - The market strategy will initially focus on smart transportation and gradually extend to public services and various industry sectors, while also exploring overseas market opportunities to enhance the international competitiveness of the domestic dual open-source ecosystem [2] - The collaboration will participate in open-source community building and technical standard formulation, promoting interface recognition and resource sharing [2] - The dual open-source ecosystem aims to construct a self-sufficient technology system encompassing "chip architecture - operating system - applications," breaking the global monopoly of X86 and ARM [2] - The initiative is driven by market demand, promoting deep collaboration among chips, software, and terminal entities to create new scenarios, applications, and models in the era of intelligent connectivity [2]

Core Insights - The openEuler operating system is positioned to lead the development of foundational software in China, particularly in the AI era, with a focus on supernodes and global expansion [1][5][6] - By the end of 2025, openEuler is expected to surpass 16 million installations, maintaining a leading market share in key industries [1][5] - The community has established partnerships with 15 global open-source organizations, enhancing its international presence and collaboration [7][8] Group 1: Technological Advancements - The openEuler operating system supports advanced AI capabilities, enabling robots to perform complex tasks through powerful computational support [2][3] - The integration of openEuler with various hardware has improved adaptability, allowing for "plug-and-play" functionality, which enhances efficiency in AI applications across multiple sectors [3][5] - The system aims to create a unified ecosystem for robotic operations, facilitating seamless interaction between hardware and software [2][3] Group 2: Market Position and Strategy - openEuler has become a cornerstone for digital transformation across various industries, with a projected increase in market share for the current year [5][6] - The community has grown to include 2,100 member organizations and 23,000 developers, indicating significant scalability in government, finance, and energy sectors [5][8] - The strategic focus on global collaboration and innovation aims to position openEuler as a leader in the international open-source community [7][8] Group 3: Future Outlook - The next five years are critical for openEuler as it seeks to embrace supernodes and AI, aiming to provide a robust software foundation for the future [1][5][6] - The transition from a survival strategy to a leadership role reflects a significant shift in China's foundational software industry, emphasizing proactive engagement in global markets [6][8] - The community's commitment to open collaboration and technological advancement is expected to drive China's progress from a digital power to a digital stronghold [8]

Core Viewpoint - China Software International (00354) has signed a strategic cooperation agreement with Shenzhen Kaihong Digital Industry Development Co., Ltd. and Loongson Technology Co., Ltd. to jointly develop the "Longhong System" based on "Open Source Harmony + LoongArch" [1][2] Technical Aspects - The three parties will focus on deep adaptation of "LoongArch chips + KaihongOS" to optimize the performance of the Loongson platform, ensuring stable software and hardware integration [1] - A joint technical team will be established to work on kernel adaptation, driver development, performance optimization, security enhancement, and AI empowerment [1] Product Development - The collaboration aims to create edge computing gateways, AI terminals, and customized industry solutions for core scenarios such as industrial control, government affairs, and smart living [1][2] Market Strategy - The three parties will collaborate on domestic projects, prioritizing implementation in key cities like Shenzhen, Beijing, and Jiangsu, while also planning to expand into overseas markets [2] Ecological Development - The partners will participate in open-source community building and industry standard formulation, promoting standardization of technical interfaces and resource sharing [2] - The "Longhong System" is designed to provide a complete closed-loop technology system for national critical information infrastructure and core industries, ensuring system-level security and control [2] Long-term Vision - The collaboration is expected to deepen technological integration and industrial synergy, accelerating the large-scale implementation of an independent information technology system, thereby creating long-term value for shareholders and contributing to national technological self-reliance [2]

Core Viewpoint - Runhe Software (300339) reported a revenue of 2.719 billion yuan for the first three quarters of 2025, marking a year-on-year increase of 12.86%, and a net profit attributable to shareholders of 62.1493 million yuan, up 26.88% year-on-year [1] Group 1: Financial Performance - The company achieved a revenue of 2.719 billion yuan in the first three quarters of 2025, reflecting a 12.86% increase compared to the previous year [1] - The net profit attributable to shareholders reached 62.1493 million yuan, representing a year-on-year growth of 26.88% [1] Group 2: Business Development - Runhe Software is focusing on traditional core businesses while actively expanding into innovative sectors such as open-source Harmony, open-source Euler, and enterprise-level AI to drive new growth [1] - In financial technology, the company has integrated AI technologies deeply with its financial services, covering six major state-owned banks, twelve joint-stock banks, and over 280 small and medium-sized licensed financial institutions by mid-2025 [1] Group 3: Technological Advancements - In the smart IoT sector, the company has developed a "end-edge-cloud" domestic autonomous industrial IoT security digital foundation, leveraging AI full-stack technology and service capabilities for leading applications [1] - In the smart energy sector, Runhe Software plans to gradually implement new intelligent equipment-based smart distribution network solutions, comprehensive smart operation and maintenance solutions for substations, and new microgrid, virtual power plant, and electricity sales digital solutions [1]

Core Viewpoint - The article emphasizes the significant role of universities in the development of the OpenHarmony ecosystem, showcasing how student involvement in practical projects bridges the gap between academia and industry, transforming students from learners to contributors [3][21]. Group 1: OpenHarmony Ecosystem Development - The OpenHarmony project has grown from 7 million lines of code to over 130 million lines, with more than 1,300 software and hardware products passing compatibility tests and attracting over 9,300 code contributors and 400 partners [3]. - The establishment of OpenHarmony technology clubs in 38 universities across China has engaged thousands of students and faculty, facilitating the transition of domestic operating systems from laboratory concepts to industrial applications [3][9]. Group 2: Student Experiences and Contributions - Students at Hunan University have developed robots and AI-integrated devices using OpenHarmony, highlighting the system's unique capability to support multiple device interconnectivity [6][8]. - The experience gained through these projects has significantly enhanced students' resumes, with many receiving recognition from mentors for their practical skills and teamwork [8][9]. - At Shanghai Jiao Tong University, students have engaged in critical security kernel development, contributing to the successful implementation of OpenHarmony in the power industry, achieving CCRC EAL5+ security certification [11][13]. Group 3: Educational Transformation - The OpenHarmony clubs encourage interdisciplinary collaboration, allowing students from various backgrounds to work together on projects, thus fostering innovation and practical application of theoretical knowledge [9][18]. - Beijing University of Aeronautics and Astronautics has developed a comprehensive talent cultivation system that integrates research projects, competitions, and teaching, ensuring students can apply their learning effectively [16][18]. - The clubs have shifted the educational paradigm, enabling students to participate in real-world engineering challenges, thus preparing them to become key contributors to the national technology landscape [14][19]. Group 4: Future Implications - The collaborative efforts of these universities illustrate a new model of education where students are not just passive learners but active contributors to the development of a domestic operating system [21]. - The article concludes that the ongoing engagement of students in the OpenHarmony ecosystem is crucial for sustaining innovation and growth, positioning them as the future leaders in technology [22].