Latest news with #OpenHarmony
Yahoo
a day ago
- Science
- Yahoo
China successfully tests home-grown OS in space to reduce foreign software dependence
In a move to minimize dependency on foreign software amid increasing sanctions from the West, particularly the US, China has successfully tested an indigenously-developed operating system in space. After launching into the orbit, the Dalian-1 Lianli CubeSat spent over 1,000 hours testing satellite subsystems powered by OpenHarmony real-time operating system (RTOS)—a streamlined, light-weight, open-source version of Huawei's HarmonyOS. The trials assessed the platform's ability to manage onboard functions with increased efficiency and reliability in space conditions. Researchers from Dalian and Xian demonstrated that the suitcase-sized satellite, deployed from China's Tiangong space station last year, achieved faster data updates and greater operational stability with OpenHarmony. As per findings published in the journal Space: Science and Technology, the home-grown system outperformed earlier setups that relied on basic firmware or foreign software, the South China Morning Post reported. According to Yu Xiaozhou, lead author of the study and a professor at Dalian University of Technology, the Lianli satellite mission demonstrated that using the OpenHarmony real-time operating system significantly enhanced the satellite's response speed and reliability. Yu's team implemented the OpenHarmony RTOS on three critical subsystems of the Lianli satellite: the magnetometer, sun sensor, and attitude unit, which collectively determine its position and orientation. The mission demonstrated that all these subsystems operated reliably and without issues. Following the OpenHarmony upgrade, the subsystems responded to commands within just two microseconds, demonstrating a remarkable increase in processing speed. This enhancement also enabled continuous data updates at significantly higher rates than previous configurations, improving the satellite's overall efficiency and real-time responsiveness during its mission. Marking a milestone in China's space tech development, the Lianli microsatellite became the first to operate using both the OpenHarmony real-time operating system and a domestically produced chip. This fully home-grown hardware-software combination offers a new alternative for spacecraft operating systems on a global scale, as per Chinese media reports. Building on the success of the Lianli mission, Yu and his team introduced national technical standards for integrating OpenHarmony into small satellites. The move aims to standardize its application and accelerate wider adoption—momentum that is already evident in both commercial and research satellite projects across China. Blacklisted by the US in 2019, Huawei lost access to key American tech—prompting China to fast-track self-reliance efforts, including in operating systems. Developed in response, OpenHarmony is now overseen by China's OpenAtom Foundation and has expanded into satellites and embedded systems. In a 2023 interview with state news agency Xinhua, Yu observed that China long depended on foreign or open-source operating systems like FreeRTOS for its small satellites. While FreeRTOS offered early benefits due to its cost-free availability, this reliance later proved problematic—especially when access to foreign-made chips became restricted, limiting the usability of even open systems. Yu further explained that the reliance on foreign software and hardware had placed significant constraints on domestic satellite development teams. Overcoming these limitations has since become a central challenge in advancing China's technological self-sufficiency.
South China Morning Post
2 days ago
- Science
- South China Morning Post
Spurred by US sanctions, China adapts Huawei's HarmonyOS for microsatellites
China has successfully tested a home-grown operating system in space , marking a major step towards reducing reliance on foreign software and boosting the performance of future small satellites. Advertisement More than 1,000 hours of in-orbit testing were conducted aboard the Dalian-1 Lianli CubeSat to evaluate how satellite subsystems performed under the OpenHarmony real-time operating system (RTOS) – a lightweight version of Huawei 's open-source operation platform, according to a team of researchers from the Chinese cities of Dalian and Xian. With OpenHarmony , the suitcase-sized satellite, which was released from China's Tiangong space station last year, delivered faster data updates and improved stability compared with earlier set-ups using simpler firmware or foreign software, the researchers reported in the latest issue of the journal Space: Science and Technology. 'The Lianli satellite mission showed that using the OpenHarmony real-time operating system significantly improved the satellite's response speed and reliability,' Yu Xiaozhou, the paper's lead author and a professor at Dalian University of Technology, told Chinese media in May. The Dalian-1 Lianli has been installed with the OpenHarmony real-time operating system. Illustration: Handout As the first microsatellite to carry the OpenHarmony RTOS, Lianli also ran on a domestically produced chip, 'achieving a fully home-grown hardware-software solution in the field, and offering a new option for spacecraft operating systems worldwide', according to Chinese media reports. Advertisement Following the Lianli mission, Yu and colleagues proposed national technical standards to guide how OpenHarmony is used in small satellites – a step intended to encourage broader adoption, which is already taking place across both commercial and research satellite missions in China.
Yahoo
15-05-2025
- Business
- Yahoo
GOSIM AI Paris 2025 Concludes with Resounding Success! 80+ Global Luminaries Delve into Model Frontiers, Tackle Computing Challenges, and Chart Implementation Pathways
HANGZHOU, China, May 15, 2025 /PRNewswire/ -- Fueled by the open-source wave, the AI field is experiencing explosive global growth, forging new pathways for developers, researchers, and entrepreneurs to construct next-generation intelligent systems. Against this dynamic backdrop, GOSIM AI Paris 2025 took center stage in Paris, France, on May 6–7. Co-hosted by GOSIM (Global Open-Source Innovation Meetup), CSDN (Chinese Software Developer Network), and the conference united over 970 technical experts, open-source contributors, AI practitioners, and industry professionals from 28 countries and regions for two days of intensive dialogue and intellectual synergy. A testament to the surging global momentum in AI open source, the conference boasted a diverse and illustrious lineup of speakers and projects. The agenda featured 2 Keynotes and 6 thematic forums, with 89 distinguished guest speakers from world-renowned institutions such as Meta, NVIDIA, Alibaba Group Holding Limited, Hugging Face, Beijing Academy of Artificial Intelligence (BAAI), MiniMax, Neo4j, MetaGPT, Zhipu AI (Beijing Zhipu Huazhang Technology), Eigen Technologies, Docker, InfiniFlow, Peking University (PKU), Fraunhofer Institute (Germany), University of Oxford, and the OpenLLM France community. Together, they delivered 82 compelling technical deep dives focused on pivotal topics including AI models, infrastructure, applications, embodied intelligence, PyTorch, and OpenHarmony. Meanwhile, several groundbreaking achievements were unveiled for the first time during the conference. Notably, Beijing Academy of Artificial Intelligence (BAAI) released its high-quality bilingual dataset, CCI4.0, poised to significantly boost global AI open-source innovation. Additionally, 12 exceptional innovative open-source projects, selected for the Spotlight segment, showcased the latest strides by global developers in AI innovation practices and cutting-edge technological exploration. While championing the fusion of open source and technology, the conference also placed immense value on cultivating a robust community ecosystem and fostering deep developer engagement. Interactive hubs like the PyTorch Day France track, the 2025 European OpenHarmony Technical Forum track, and the Seeed Embodied AI Workshop hands-on experience zone catered to diverse needs—from technical sharing and practical operations to immersive learning—creating a rich, high-impact exchange experience for frontline tech professionals and learners alike. This edition of GOSIM AI Paris 2025 also drew robust engagement from multiple prestigious global technical communities and organizations. These included heavyweight partners such as Huawei Technologies Co., Ltd., Association des Jeunes Chinois pour la Technologie et l'Innovation Scientifique en France (AJTIS), Association d'Intelligence Artificielle France-Chine (AIFC), The Apache Software Foundation (ASF), Eclipse Foundation, The Khronos Group, WasmEdge (Runtime), LF AI & Data Generative AI Commons, Linux Foundation Research, OpenWallet Foundation (OWF), Open Source Initiative (OSI), Software Heritage, and K8SUG (Kubernetes & AI User Group). Their collective contributions were instrumental in staging this landmark international technology summit, celebrating the synergy of AI and open source, and the convergence of academia and industry. Global Open Source Collaboration Shapes the Future, AI Open Source Evolution Reaches New Depths Michael Yuan, Co-founder of GOSIM, underscored in his opening Keynote: "Future AGI should not be monopolized by the company with the deepest pockets but should be developed through global collaboration, co-building an ecosystem network covering models, knowledge bases, robotics, and execution systems." Daniel Goldscheider, Executive Director of the OpenWallet Foundation (OWF), shared his insights from promoting global digital collaboration: the strategy involves first uniting diverse stakeholders to forge consensus, paving the way for specialized bodies to then spearhead the development of specific standards and technical frameworks. Zhipeng Huang, a board member of the LF AI & Data Foundation, systematically delineated six pivotal development trends in the contemporary large model landscape demanding attention. These encompass unified multimodal architectures, the evolution of efficient attention mechanisms, second-order optimization maturing into practical applications, the paradigm shift from AI4S to Equivariance4ALL, the construction of "data oil wells," and the post-training stage emerging as a critical juncture. He firmly avowed that as large models continue their evolutionary trajectory, only by embracing open source, fortifying collaboration, and championing standards development can a truly sustainable technological ecosystem be forged. To unlock AI's full potential, Matt White, Executive Director of the PyTorch Foundation and General Manager of AI at the Linux Foundation, offered several key recommendations: select appropriate open-source licenses for AI tools and models; actively engage in global collaboration and resist the protectionist undercurrents of "AI nationalism"; oppose excessive regulation of open source to prevent the stifling of innovation; support neutral, reliable open standards; and consistently build trustworthy AI with responsibility, ensuring ethical and engineering integrity from conception through to product deployment. The pace of large model iteration is staggering. In the "AI Models" forum, experts from leading open-source communities and enterprises—including Hugging Face, Alibaba Group Holding Limited, Beijing Academy of Artificial Intelligence (BAAI), CSDN (Chinese Software Developer Network), MiniMax (company), University of Oxford, Zhipu AI (Beijing Zhipu Huazhang Technology), Fraunhofer Institute, LAION (Large-scale Artificial Intelligence Open Network), LINAGORA - OpenLLM France, Northeastern University, Department of Electrical and Computer Engineering, and OpenBMB (Open Lab for Big Model Base) & Modelbest—delivered captivating presentations on architectural innovation, open-source synergy, and the evolving ecosystem of large models. Dedicated to forging a more open, efficient, and inclusive foundation for large models, the "AI Infrastructure" forum convened frontline experts from NVIDIA, Huawei Technologies Co., Ltd., Peking University (PKU), Beijing Academy of Artificial Intelligence (BAAI), Docker, Universidad Politécnica de Madrid (Technical University of Madrid), Beihang University (BUAA), Runhouse Inc., InfiniFlow, Dimforge, Carrefour, and They engaged in profound discussions on critical issues spanning data, computing power, and system architecture. A central theme of the conference, the "AI Applications" forum saw practitioners and technical leaders from several flagship open-source projects share their invaluable insights and frontline experiences. They illuminated tangible implementation pathways and the expansive future of AI applications powered by large models. The "Embodied Intelligence" theme brought together a multitude of experts and scholars from the vanguard of industry and research. They delved into core subjects like humanoid robotics, data acquisition, and affective computing, sharing practical insights from their work on architectural design, model application, and real-world scenario implementation. In the electrifying PyTorch Day France track, the PyTorch Foundation and its community partners showcased PyTorch's practical triumphs in research and industry, highlighting advancements in underlying toolchains, deployment optimization, and multimodal support. As one of today's foremost deep learning frameworks, PyTorch continually pushes boundaries with its inherent flexibility and scalability, thereby fostering greater autonomy and control in AI development for nations and communities worldwide. Concurrently, the conference proudly hosted the 2025 European OpenHarmony Technical Forum, themed "OpenHarmony Connecting the Future: OS Innovation and Ecosystem Evolution Empowered by AI." This forum spotlighted the global technological research advancements and ecosystem-building endeavors of the OpenHarmony project, deeply exploring its AI-empowered integrated development trajectory, and presenting groundbreaking achievements and future horizons in the operating system domain. A Dedicated Stage for Developers: Spotlight and Workshops Shine Bright GOSIM AI Paris 2025 was more than just a repository of knowledge; it was an electrifying, immersive interactive experience. Beyond the insightful keynote presentations, the conference meticulously curated a rich array of Workshops and Spotlight activities, inspiring every attendee to not merely listen, but to actively "get hands-on" and "lend their voice." In the two-day Seeed Embodied AI Workshop, co-hosted by Hugging Face and Seeed Studio, participants dove headfirst into the hands-on realm of embodied intelligence. They meticulously assembled, debugged, and demonstrated a variety of robot perception and control projects live on site. Their ingenious creations drew enthusiastic crowds, garnering applause and accolades, vividly demonstrating the compelling synergy and boundless potential of AI fused with open-source hardware. In contrast to the thematically structured main forums, the Spotlight Talks—a demo showcase of outstanding innovative projects recruited and selected from global submissions—delivered a rapid-fire exhibition of technical ingenuity. Project teams unveiled standout features and novel methodologies, featuring in-depth explorations of trending topics such as green AI, robot lifelong learning, and RAG agent frameworks, spanning both academic research and industrial application. These showcases vividly illustrated the power of open source to accelerate prototyping and broad dissemination, underscoring the developer community's dynamic innovative spirit. Immersive Deep Connections and Surprises: People to People, People to Technology Simultaneously, the conference fostered a rich environment for multicultural exchange. Two pivotal roundtable discussions—the "Open Source AI Strategy Forum" and the "GOSIM Innovation Ecosystem Exchange Meeting"—became crucibles for profound deliberations on global cooperation and collaborative ecosystem development. Key issues encompassing technology, market dynamics, and talent cultivation were meticulously analyzed and re-envisioned. Ideas sparked in vibrant dialogue, and collaborations took root in shared understanding, propelling long-term international technological partnerships forward. Beyond the formal discussions, two specially curated evening events amplified the networking experience: an enchanting Seine River night cruise for AI luminaries, and a convivial gathering for speakers at the Station F café. These occasions allowed attendees to dream, discuss, and connect freely against the magical backdrop of nocturnal Paris, nurturing profound cross-cultural and cross-disciplinary technical and industrial exchanges. Adding to the intellectual depth were the "Frank Talks." Throughout the conference, the Open AGI Forum segment hosted 12 live, engaging interview dialogues. These featured open-source pioneers from China, the US, and Europe, including representatives from Hugging Face, Zhipu AI (Beijing Zhipu Huazhang Technology), the Chinese Academy of Social Sciences, MiniMax (company), Alibaba Tongyi Lab, University of Oxford, LAION (Large-scale Artificial Intelligence Open Network), and CAMEL-AI, with participants hailing from nations such as France, the United States, China, the United Kingdom, Germany, Scotland, and Portugal. Tech visionaries eloquently articulated the value of open source, and the formidable challenges and exhilarating possibilities of AGI, blending practical insights with strategic foresight. Candid "Voice of Attendees" flash interviews ran throughout the event, capturing authentic, firsthand impressions and genuine experiences. Twenty-nine attendees from diverse nations—ranging from "teenage developers" to a 70-year-old "tech veteran," and encompassing speakers, audience members, exhibitors, and volunteers—shared their candid reflections on the conference's content, the promise of AI applications, and the vibrant open-source atmosphere of Paris. And the fun factor? Off the charts! The exhibition area buzzed with interactive experiences, including T-shirt heat transfers, captivating VR demonstrations, and engaging robot interactions, quickly becoming the liveliest and most sought-after check-in destinations. Attendees got hands-on and minds-on, with this direct participation dramatically enhancing immersion and transforming technical exchange from abstract theory into tangible reality. Adding to the excitement were delightful surprises and a touch of "good luck." The conference orchestrated a special "Show GOSIM Moment" surprise draw, with 2 coveted special prizes for the GOSIM HANGZHOU 2025 conference and 40 lucky draw prizes sparking considerable anticipation and delight among attendees. Farewell Paris, See You at the Next Stop in Hangzhou, Embarking on a New Journey of Global Open Source Collaboration! And so, GOSIM AI Paris 2025 drew to a triumphant close. Reflecting on this remarkable journey—from Shanghai to Delft, then Beijing, and now Paris—GOSIM has consistently united developers, researchers, and innovators from every corner of the globe, forging invaluable bridges across languages and cultures. Our commitment to the profound application of open-source technology remains steadfast, as we relentlessly explore new horizons for collaboration and innovation. Yet, these vibrant cross-border conversations are far from over. Our next destination: Hangzhou. We'll carry forward the passion and inspiration ignited in Paris, eagerly anticipating our reunion with you in September to collaboratively script a new, exhilarating chapter in the open-source saga. GOSIM HANGZHOU 2025 official website: View original content to download multimedia: SOURCE CSDN Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
