vivo正在构建一种"全栈自研+内核开源 +产学研赛事"的三位一体技术布局。 当人工智能开始重构终端设备的数字底座，作为连接算力、数据与硬件的枢纽，操作系统正被迫从单纯的资源调度者转型为智能服务的"守门人"。然而，在 这个算力指数级增长、交互日益复杂的AI时代，基于C/C++构建的传统底层系统，如同一座地基老化的摩天大楼，面临着内存安全挑战带来的严峻考验。 这种对底层安全的共识，也直接推动了技术风向的转变。 12月21日，第三届vivo蓝河操作系统创新赛决赛路演在北京顺利落幕。这场竞赛不只呈现出技术 人才的实力较量，也是一次聚焦Rust语言、直面基础软件底层安全重构的行业预演。 经过由工信部电子一所软件所副所长辛晓华，开放原子开源基金会TOC主席谭中意，开放原子开源基金会TOC导师贺师俊，北京大学计算机学院副院长、教 授郭耀，北京邮电大学副教授徐梦炜，以及vivo多名技术专家组成的权威联合评审团严格审定，决赛最终从众多入围项目中评选出1个一等奖、2个二等奖及 4个三等奖。 其中，蓝莲花战队凭借在"C2Rust项目级转译工具"赛题上的关键技术突破与创新方案，攻克了从语法直译到语义意译的工程难题，从全国50多所高 ...

Core Viewpoint - Vivo's 2024 Sustainable Development Report emphasizes the company's commitment to long-term value innovation and social responsibility, showcasing its advancements in sustainable management and transparency [1][3][17] Group 1: Sustainable Development Strategy - The report outlines a sustainable development strategy based on four pillars: "Technology Sharing," "Green Coexistence," "Value Co-creation," and "Social Benefit," integrating corporate growth with social welfare [3][13][15] - Vivo aims to reduce carbon emissions by 50% by 2035 and achieve operational carbon neutrality by 2050, demonstrating its commitment to environmental sustainability [13] Group 2: Technology Sharing - "Technology Sharing" is the primary pillar of Vivo's sustainable development strategy, focusing on user-oriented technological innovation to bridge the digital divide and enhance product experiences [4][6] - Vivo's "Blue Technology" initiative consolidates its technological advancements, including the Blue Heart AI model, which enhances language and task management capabilities [6][8] Group 3: Social Benefit Initiatives - Vivo has been actively involved in social benefit initiatives, particularly for disabled individuals, through programs like the "Voice of Hope" initiative and partnerships with organizations to support education and employment for disabled students [9][10] - The "Vivo Children's Art Future" program promotes aesthetic education for children, integrating technology and art to enhance creativity and perception of beauty [10][12] Group 4: Employee and Partner Engagement - Vivo emphasizes a people-centric approach in its value co-creation philosophy, fostering a collaborative ecosystem with partners and investing in employee well-being and development [15][17] - The company has contributed to over 940 industry standards and provided more than 5,900 proposals, showcasing its commitment to building a trustworthy value chain network [15]

Core Viewpoint - The article discusses vivo's development of the Blue River operating system, emphasizing its transition from self-research to open-source, driven by the need for a secure, lightweight, and versatile OS in the AI era [1][20]. Group 1: Operating System Evolution - The operating system has become a critical component in the AI era, acting as a gatekeeper for hardware resources and data flow, while also raising security concerns due to increased vulnerabilities [3][4]. - Traditional operating systems, primarily built on C language, face structural limitations in adapting to modern demands for lightweight and secure systems [4][12]. Group 2: Rust Language Adoption - Rust is identified as a solution to overcome the limitations of traditional programming languages, offering memory and concurrency safety without sacrificing performance [5][9]. - The Blue River kernel, built using Rust, aims to provide a secure runtime environment, with a minimal memory footprint of just 13KB, making it suitable for various devices [12][14]. Group 3: Open Source Strategy - vivo's decision to open-source the Blue River kernel is aimed at fostering an ecosystem around Rust, encouraging developer engagement and collaboration [21][22]. - The company is actively promoting Rust through competitions and partnerships with academic institutions, positioning itself as a leader in the Rust programming community [22][24]. Group 4: Future Outlook - The launch of the Blue River operating system marks a significant step for vivo in addressing user experience challenges and adapting to the evolving landscape of smart devices [18][19]. - The open-source initiative is seen as a starting point for building a robust ecosystem around the Blue River operating system, contributing to the growth of domestic Rust language applications [26].