Core Viewpoint - The Ministry of Industry and Information Technology (MIIT) has released a draft for public consultation on the "Guidelines for the Construction of a Comprehensive Standardization System for the Metaverse Industry (2026 Edition)", aiming to establish a standard system to support the innovative development of the metaverse industry by 2028 [1][2]. Summary by Sections Industry Overview - The metaverse is described as an immersive interconnected space that integrates digital and physical worlds, characterized by high immersion, real-time continuity, autonomous creation, and open interconnectivity. It plays a crucial role in promoting the high-end, intelligent, and green transformation of the manufacturing industry and improving the modern industrial system [9]. Overall Requirements - By 2028, the goal is to formulate over 20 national and industry standards to establish a foundational standard system for the metaverse industry. By 2030, this number is expected to exceed 50, with a focus on key standards that support high-quality future industrial development and promote the globalization of the metaverse industry [3][11]. Construction Ideas - The metaverse industry standard system will consist of six parts: 1. Basic Standards 2. Supporting Capability Standards 3. General Service Standards 4. Application Standards 5. Development and Operation Standards 6. Security and Governance Standards [10][11]. Construction Content - **Basic Standards**: Include terminology and definitions, reference architecture, classification and identification, management, and testing and evaluation standards [4][17]. - **Supporting Capability Standards**: Focus on infrastructure and enabling technologies, including standards for intelligent terminals, new networks, computing power, trusted storage, and data [5][19]. - **General Service Standards**: Cover standards for digital entities, digital identities, digital content, digital assets, digital scenes, and digital-physical interaction [6][20]. - **Application Standards**: Specify requirements for the application of the metaverse in various fields such as industry, culture and tourism, broadcasting, education, social interaction, healthcare, commerce, emergency response, sports, and urban management [6][21][22]. - **Development and Operation Standards**: Include standards for design and development, system integration, and service operation [6][23]. - **Security and Governance Standards**: Address security requirements throughout the lifecycle of technologies, products, systems, applications, and services, as well as compliance requirements [6][24]. Safeguard Measures - Emphasize the need for coordinated efforts to establish a standardization technical organization in the metaverse field, involving various stakeholders from industry, academia, and research to collaboratively advance standard formulation. It also highlights the importance of international cooperation to participate in global standardization activities [25].

【导读】事关元宇宙产业创新发展，重磅文件来了！ 中国基金报记者 张舟 元宇宙，是数字与物理世界融通作用的沉浸式互联空间，是新一代信息技术集成创新和应用 的未来产业，具有高度沉浸、实时永续、自主创造、开放互联的特征。 12 月 12 日，工信部公开征求《元宇宙产业综合标准化体系建设指南（ 2026 版）》（征求 意见稿）意见（以下简称《征求意见稿》）。 《征求意见稿》中提到，元宇宙作为数字经济与实体经济融合的高级形态，对推动制造业高 端化、智能化、绿色化转型升级，完善现代化产业体系具有重要支撑作用。 根据《征求意见稿》总体要求，到 2028 年，制定国家标准和行业标准 20 项以上，初步构 建支撑元宇宙产业创新发展的标准体系。 到 2028 年初步构建支撑 元宇宙产业创新发展的标准体系 1. 基础标准主要包括术语和定义、参考架构、分类与标识、管理、测试评价等标准。 2. 支撑能力标准主要包括基础设施、使能技术等标准。 3. 通用服务标准包括数字主体、数字身份、数字内容、数字资产、数字场景、数实交互等标 准。 到 2030 年，制定国家标准和行业标准 50 项以上，适度超前布局一批支撑未来产业高质量 发展需要的关 ...

原文链接：关于公开征求《元宇宙产业综合标准化体系建设指南（2026版）》（征求意见稿）意见的公 示 新华财经北京12月12日电 为强化元宇宙产业标准顶层设计，工业和信息化部科技司组织编制形成《元 宇宙产业综合标准化体系建设指南（2026版）》（征求意见稿，以下简称《指南》）。 编辑：幸骊莎 《指南》提出，到2028年，制定国家标准和行业标准20项以上，初步构建支撑元宇宙产业创新发展的标 准体系。到2030年，制定国家标准和行业标准50项以上，适度超前布局一批支撑未来产业高质量发展需 要的关键标准，加快元宇宙国际标准供给，促进元宇宙产业全球化发展。 ...

人民财讯12月12日电，工业和信息化部科技司公开征求《元宇宙产业综合标准化体系建设指南（2026 版）》（征求意见稿）意见，到2028年，制定国家标准和行业标准20项以上，初步构建支撑元宇宙产业 创新发展的标准体系。到2030年，制定国家标准和行业标准50项以上，适度超前布局一批支撑未来产业 高质量发展需要的关键标准，加快元宇宙国际标准供给，促进元宇宙产业全球化发展。 ...

格隆汇12月12日｜工信部公开征求《元宇宙产业综合标准化体系建设指南（2026版）》（征求意见稿） 意见。意见稿提出，到2028年，制定国家标准和行业标准20项以上，初步构建支撑元宇宙产业创新发展 的标准体系。到2030年，制定国家标准和行业标准50项以上，适度超前布局一批支撑未来产业高质量发 展需要的关键标准，加快元宇宙国际标准供给，促进元宇宙产业全球化发展。 ...

以下文章来源于36氪游戏 ，作者果脯 36氪游戏 . 36氪旗下游戏行业媒体平台，为读者带来玩法创新、游戏科技、商业故事等内容，为行业提供多元化服务。以科技视角，解析游戏产业发展浪潮。 文 ｜ 果脯 来源｜ 36氪游戏（ID： Start36KrGames ） 封面来源 ｜ 游戏 截图 「为什么这游戏要排队啊？」 近期我的不少朋友登上《英雄联盟》，都不禁会发出一句相同的感慨。 毕竟《英雄联盟》用户流失基本成了玩家们公认的事实，毕竟游戏除了赛事高峰期，很少会出现排队的情况，甚至很多时候，哪怕是白银、黄金等常见段 位，玩家开一把排位赛都得花几分钟时间来匹配对手。作为一款已经运营16年的游戏，《英雄联盟》正不可避免地慢慢变成玩家回忆中的过去时。 不可否认，它曾影响了一整代人的游戏体验，并在中文互联网构建出了数量庞大的游戏社区群体，其中还不时会诞生出类似「虚空索敌」「YYDS」等破 圈梗。哪怕时至今日，它也仍旧是大家耳熟能详的存在，但更多时候，《英雄联盟》已经缺少了让玩家打开游戏的动力——本来应该是这样的。 换谁恐怕都没办法想到，就是这样一款逐渐不温不火的产品，如今连工作日的晚上都开始排起了长达十多分钟的长队。随着玩 ...

机器之心报道 编辑：+0 随着扎克伯格将公司战略重心从「元宇宙」全面转向人工智能，公司内部正面临多重挑战。 据《纽约时报》报道，Meta 新组建的顶尖 AI 团队与公司原有的核心业务部门之间，在资源分配、发展目标及文化融合上产生了摩擦。 今年，扎克伯格重组了 Meta 的人工智能业务，并以约 143 亿美元战略投资了初创公司 Scale AI。其 28 岁的创始人 Alexandr Wang 随后加入 Meta， 领导一个名为「TBD Lab」（意为「待定」）的新研究团队。该团队汇集了来自 OpenAI 和 Google 等竞争对手的顶尖研究人员。据《泰晤士报》报道， 当新团队于 7 月抵达 Meta 硅谷园区时，扎克伯格将他们安置在总部中心他办公室的隔壁。 此前我们曾报道过 Meta 内部因为 薪酬、资源、工作制度等产生的新旧团队文化冲突 ，如今这种冲突似乎愈演愈烈。 据相关报道披露，冲突的核心在于 AI 发展的优先事项。Meta 的长期高管，包括首席产品官 Chris Cox 和首席技术官 Andrew Bosworth， 希望利用 Instagram 和 Facebook 的数据来训练新模型，旨在优化社 ...

Core Insights - Meta is accelerating its adjustment of AI strategy, with the next-generation model "Avocado" being postponed from late 2025 to Q1 2026 and likely to be released in a closed-source format, indicating a shift from its previously open-source approach [2] - The company is increasing its capital expenditure for 2025 to $70-72 billion, focusing on training clusters and data center expansions, which is seen as a foundational investment for its AI initiatives [3] Group 1: Organizational Changes - The delay of Avocado reflects deeper organizational changes, with a significant turnover in AI leadership as the company shifts from an academic-oriented research system to one that emphasizes product implementation and speed [6] - The introduction of external high-end talent, including Alexandr Wang from Scale AI, has accelerated this restructuring, leading to a more closed and startup-like environment within the Meta Superintelligence Labs [6][8] - The AI-related teams have undergone multiple rounds of restructuring and layoffs, with over 600 personnel in foundational research being cut, indicating a move towards a more engineering-focused and commercially driven approach [8] Group 2: Hardware Strategy Shift - Meta's AI strategy overhaul has impacted its hardware roadmap, with a comprehensive review of the Reality Labs hardware department and a slowdown in the development of augmented reality (XR) projects [11] - The company plans to reduce its metaverse budget over the next two years, reallocating resources towards AI models and related technologies such as smart glasses and voice assistants [11] - Meta is transitioning from a primarily self-built infrastructure to a more pragmatic mixed model, expanding partnerships with CoreWeave, Oracle, and Blue Owl Capital to support the high computational demands of closed-source models [11] Group 3: Strategic Direction - The postponement of Avocado signifies a clear strategic pivot for Meta, driven by competitive pressures and the need to deliver investment returns more rapidly [12] - This shift represents Meta's third major strategic migration in over a decade, moving from a focus on mobile internet and the metaverse to a more concentrated effort on closed-source AI models [12] - The current environment reflects a transition from visionary discussions to a focus on ensuring competitive positioning, with all resources being mobilized to avoid being left behind in the evolving landscape [12]

Core Insights - The integration between PLM (Product Lifecycle Management) systems and e-commerce platforms is crucial for modern enterprises, enabling seamless data flow from product design to market launch, thereby enhancing operational efficiency and market responsiveness [2][3]. Importance of Integration - In a fast-paced e-commerce environment, the traditional manual processes for transferring product information are inefficient and error-prone, leading to potential customer complaints and returns [3]. - Deep integration between PLM systems and e-commerce platforms addresses these pain points by automating data transfer, significantly reducing time to market and ensuring consistency across channels [3][6]. Evaluation of Integration Capabilities - Assessing the quality of integration requires a multi-dimensional approach, focusing on the depth and breadth of data synchronization [4][5]. - Effective integration should cover not only basic product attributes but also complex data such as BOM (Bill of Materials) and technical documents, enhancing customer trust [5]. Automation and Efficiency - The ultimate goal of integration is to achieve automation, allowing for real-time updates of product data across platforms without manual intervention, thus minimizing errors [6]. - For instance, a case study showed that a well-integrated PLM solution reduced the time to launch new products from an average of 2 days to just 2 hours, achieving a data accuracy rate of over 99.9% [6]. System Compatibility and Scalability - PLM systems must be compatible with existing IT ecosystems, including ERP, SCM, and CRM systems, and should offer standard API interfaces for easy integration [7]. - As businesses grow, the ability to handle cross-border e-commerce with multi-language and multi-currency support becomes essential for the sustainability of digital strategies [9]. Ranking of E-commerce Platforms - A ranking of domestic e-commerce platforms based on their integration capabilities highlights the strengths of various platforms, such as CAXA, Alibaba, and JD, in terms of maturity, depth, and versatility of integration [10][12]. Implementation Success Factors - Successful integration requires accurate, complete, and structured data within the PLM system, as well as a clear understanding of business processes and reliable service providers [14]. - Future trends indicate a shift towards intelligent integration, leveraging AI to enhance the synergy between PLM and e-commerce [13]. Conclusion - The integration of PLM systems with e-commerce platforms is essential for maintaining competitiveness in the digital age, serving as a core component for data-driven business operations [15].

Core Insights - Moore Threads (688795) has successfully gone public, with its stock price experiencing significant increases, benefiting several A-share companies [1][3] Group 1: Century Huatong's Investment in Moore Threads - Century Huatong (002602) disclosed its specific holdings in Moore Threads, indicating that its wholly-owned subsidiary holds a 7.31% stake in Guosheng Capital, which owns 19.5887 million shares of Moore Threads, representing 4.90% of the pre-IPO total shares and 4.17% post-IPO [2] - The estimated impact of Century Huatong's stake in Moore Threads on its net profit for Q4 2025 is approximately 640 million yuan, accounting for 53% of the audited net profit for 2024 [2] - Century Huatong's investment in Moore Threads aligns with its strategy in the metaverse hardware ecosystem, having previously invested in leading companies in the AR display and GPU sectors [3] Group 2: Market Performance and Valuation - Moore Threads' stock surged by 425.46% on its first trading day and reached 735 yuan per share on December 10, resulting in a market capitalization of 345.5 billion yuan [3] - Century Huatong's stock has increased by over 240% this year, with a current market value of 130.5 billion yuan [4] - Other A-share companies, such as Heertai, have also invested in Moore Threads, holding 4.1051 million shares valued at approximately 3 billion yuan based on the December 10 closing price [4]