（原标题：云端学校上线！当智能体砸掉教室的围墙） 21世纪经济报道记者王峰 北京报道 今年的全国高考，大模型频频拿下高分，成为"人工智能+教育"发展历程中的现象级成果。 大模型已经达到甚至超过了名师水准，学校也在将智能体引入教育教学。 在近日由教育数字化行动百校联盟等举办的新时代学校高质量发展名校长论坛上，部分知名中小学校介绍了智能体应用的进展，其中出现了构建 未来课堂、学校、学习空间的可能性。 从简单辅助走向深度参与 为什么2025年在教育智能体的发展中格外重要？ 科大讯飞联合创始人、高级副总裁聂小林介绍，在2025年高考中，AI大模型语文作文得分普遍达50分（满分60分），数学主流模型皆突破120分 （满分150分）。 这背后是"强化学习+慢思考"推动人工智能技术新一轮进步。聂小林强调，这不仅是技术迭代，更让AI在教育领域的应用天花板大幅抬高——从 简单辅助走向深度参与教学全流程。 这丰富了人工智能支持教育发展的方式方法，比如，AI黑板通过3D技术将抽象数学公式自动生成转化为动态图形，全学科教材虚拟人让课本上的 人物"活"起来，与学生对话、引导学生思辨等。 农村中小学校开不起科学课，怎么办？ "在实践的过 ...

数字技术赋能高校思政育人课堂向纵深发展，要聚焦关键环节。一是把握住思想政治教育第一课堂的主 渠道作用，使用自然语言处理、智能画像分析、知识图谱、虚拟现实等技术，强化智能化思政课堂建 设。二是充分利用思想政治教育第二课堂的价值导向作用，利用数字技术提高育人的现代化水平，发挥 优势专业打造"AI+第二课堂"品牌体系，搭建以思想政治教育为中心、专业特色为重点、智能技术为辅 助、实践基地为抓手的思想政治教育交互平台，给学生建立电子成长档案，对学生的参与情况进行全程 动态评估。三是围绕"智能技术+第一课堂+第二课堂"的融合创新思路，完善思政育人驱动机制，创设 多元多维启发式育人环境，推动第一课堂中的实践环节与第二课堂中的实践板块相互支撑，引导学生将 理论知识转化为实际运用，再将实际运用反哺于理论知识，形成以学促行、以行助学的良好循环。高校 还应探究和挖掘数字技术在文化传承、科技创新、志愿服务、劳动教育等方面的育人功能，在数字语境 之下打造集校内校外于一体的综合育人场域。 □ 张乐涵 《教育强国建设规划纲要（2024—2035年）》指出："促进人工智能助力教育变革。"教育部等九部门 《关于加快推进教育数字化的意见》提出， ...

Group 1 - The core viewpoint of the articles emphasizes the dual role of artificial intelligence in transforming education while necessitating regulatory development, highlighted by the signing of the "Convention on Empowering Students' Comprehensive Growth" by the China Private Education Association and ten leading AI companies [1][4] - The "Convention" outlines a six-dimensional development framework focusing on moral education, personalized learning, cognitive training, character development, talent cultivation, and mental health protection [1][8] - The global trend of integrating AI into education is underscored by initiatives like Microsoft's Elevate plan, which aims to invest $4 billion over five years to provide AI and cloud resources to educational institutions worldwide [2] Group 2 - The Chinese government is proactively advancing AI in education, as evidenced by the "Education Strong Nation Construction Plan (2024-2035)" which emphasizes the implementation of a national digital education strategy [2][3] - The complexity of the educational AI ecosystem is acknowledged, with the "Convention" proposing three guiding principles: educational value, scientific basis, and safety [6][7] - The "Convention" aims to ensure that AI tools serve educational purposes, enhancing personalized learning and supporting students' emotional and social development [7][8] Group 3 - The "Convention" addresses potential challenges posed by educational AI, advocating for alignment with existing educational frameworks to prevent excessive or inappropriate use of AI in teaching [9][10] - It emphasizes the importance of equitable access to AI resources, particularly for underprivileged students, and encourages companies to provide affordable or free educational products [11] - Strict safety measures are recommended, particularly regarding data privacy and protection for minors, to mitigate risks associated with AI in education [11]

Group 1 - The school has a 100% satisfaction rate for student enrollment preferences, ensuring that students are admitted to their first-choice programs without adjustments [1] - Located in Xi'an's Fengxi New City, the school benefits from a strategic position in a hub for higher education, surrounded by notable institutions like Xi'an Jiaotong University and Northwestern Polytechnical University [3][5] - The school offers 27 new micro-specialties starting in 2025, collaborating with over 40 leading enterprises to align education with industry needs [7] Group 2 - The institution currently has 35 undergraduate programs, with several recognized as top-tier application-oriented programs in China, including Traditional Chinese Medicine and Pharmaceutical Preparation [9][10] - The school is enhancing its curriculum with a comprehensive AI literacy program, integrating digital education to modernize teaching methods [11] - Two new undergraduate programs will be introduced in 2025, focusing on Oral Medicine Technology and Digital Media Technology, addressing national talent shortages [14] Group 3 - The school is expanding its international education offerings with new programs in Malaysia, South Korea, Singapore, the UK, and Thailand, aimed at cultivating globally-minded professionals [16][18][21] - The international programs include various study models, such as 3+1+1 and 2+1+1, allowing students to earn degrees from both the school and partner institutions abroad [19][22]

Group 1 - The core viewpoint of the news is the implementation of the "Artificial Intelligence + Education" plan in Shandong Province, aiming to transform traditional teaching methods and enhance talent cultivation models [2][4] - The plan outlines a systematic approach to establish an "Artificial Intelligence + Education" framework covering all educational stages, including basic, vocational, higher, and continuing education, over the next 3-5 years [2][3] - The initiative emphasizes the integration of AI in education to address structural contradictions in traditional teaching and improve educational outcomes [3][4] Group 2 - The plan highlights the need to tackle issues such as fragmented digital infrastructure and data governance in education, particularly in rural areas [3][5] - Shandong University of Art and Design has developed an AI-driven educational platform that enhances teaching efficiency, reducing average preparation time by 38% and increasing resource utilization by 46% [3] - The initiative encourages the development of dual-degree programs and the integration of AI into various professional fields, aligning with the province's strategic industries [4][5]

Group 1 - The current AI education products in the market face the issue of using outdated knowledge frameworks, which do not align with the new curriculum standards [1] - The "nano-level knowledge tagging system" developed by the company aims to address this gap, achieving a 98.5% accuracy in understanding the new curriculum and a 99.8% simulation of real teacher tutoring capabilities [1] Group 2 - The company has built the largest vertical education knowledge base in China, leveraging data from 70 million users and 30 million courses, which serves as a competitive advantage [2] - The AI general education course is priced at around 100 yuan, and the app covers a complete learning cycle, leading to a user growth rate three times that of first-tier cities in lower-tier markets [2] Group 3 - The supportive educational policies in China are fostering a billion-yuan AI education market, with the company's products aligned with the new curriculum and achieving a 97.14% accuracy in unit assessments [3] - The company has a high renewal rate of 79%, demonstrating the commercial value of its "technology + research + data" model, which is validated by industry experts [3] - The expansion of the "AI + education" pilot program to county-level areas presents new growth opportunities for the company's nano-level knowledge graph approach [3]

Group 1: AI Education Solutions - The company aims to build an AI full-scenario solution to deepen the integration of industry and education, establishing offline training centers in collaboration with vocational schools and research institutions to meet the demand for new technology talent cultivation [2][3] - Plans to launch AI consumer electronics specifically designed for children, completing the entire development process from concept design to production by 2025, with a focus on emotional support, psychological guidance, and personalized learning services [2][3] Group 2: Marketing and Sales Strategy - The company implements a precise channel strategy to establish a multi-dimensional marketing network, focusing on enhancing channel construction and digital marketing capabilities [4] - A "direct + agent" sales system will be established, with an emphasis on regional market breakthroughs and digital marketing capabilities to support business growth [4] Group 3: R&D and Innovation in AI and Education - The company has made significant progress in AI and education, obtaining multiple patents and software copyrights, and launching innovative digital education products [5] - Collaborations with universities such as Shenzhen University and Henan Normal University are ongoing to drive innovation in the integration of AI technology and education [5] Group 4: Information Disclosure - The company adheres to regulations ensuring the authenticity, accuracy, completeness, and timeliness of information disclosure, with no significant undisclosed information leaks reported [5]

Group 1 - The core message of the news emphasizes the importance of the Young Pioneers in nurturing the future generation of builders for socialism with Chinese characteristics, as highlighted by General Secretary Xi Jinping [1][3] - The article discusses various activities and initiatives taken by schools across China to promote the comprehensive development of children, including football clubs and cultural activities [2][3] - The significance of strengthening the leadership of the Communist Party over the Young Pioneers is underscored, as it is seen as essential for creating a conducive environment for children's healthy growth [3] Group 2 - The news mentions the collaboration between the Communist Youth League and technology companies like iFlytek to integrate AI into educational practices, benefiting over 1,000 schools [4] - It highlights the role of museums in education, particularly through activities like the "Red Scarf Guide" program, which aims to instill national pride and cultural heritage in children [4]

Core Insights - The event held on May 10 at the Shanghai Mushroom Cloud Maker Space focused on the integration of AI in education, attracting significant attention from the education sector [1] - The workshop featured over 50 key teachers exploring new paths for AI empowerment in education through hands-on experience with open-source hardware and AI interaction systems [1] Group 1: Technological Breakthroughs - Teachers experienced intelligent interaction with the Xiao Zhi AI through voice commands, highlighting the shift from complex programming to natural language use for student engagement [2] - Xiao Zhi AI, developed by Shenzhen-based Shifang Ronghai, offers customizable dialogue roles, a vast knowledge base driven by knowledge graphs, and advanced memory mechanisms, catering specifically to educational needs [2] - The AI tool aims to provide teachers with efficient teaching tools and create personalized learning experiences for students, showcasing Shifang Ronghai's contributions to modern digital education [2] Group 2: Open Source Empowerment - Xiao Zhi AI has become a phenomenon on GitHub, attracting over 40,000 developers and generating more than 10,000 stars [3] - Shifang Ronghai offers a zero-threshold AI hardware innovation platform by opening core algorithms and hardware interfaces, enabling developers to access comprehensive solutions quickly [3] - The company aims to make AI technology as accessible as utilities like water and electricity, empowering teachers to become catalysts for AI education [3] Group 3: Policy and Educational Integration - The national push for "AI + education" integration is exemplified by Xiao Zhi AI's implementation in schools, particularly under the "AI courses into campuses" policy in Guangdong Province [3] - Shenzhen Experimental School has incorporated Xiao Zhi AI into its curriculum, allowing students to gain hands-on experience in electronic circuits and AI model configuration [3] Group 4: Future Developments - Shifang Ronghai is accelerating the development of multimodal interaction systems, aiming to enhance AI's sensory capabilities to provide more empathetic user experiences [4] - Future plans include extending Xiao Zhi AI's emotional interaction capabilities to virtual digital humans and smart educational terminals, positioning AI as a supportive tool for teachers and students [4] - The successful workshop has increased Xiao Zhi AI's influence in the education sector, with Shifang Ronghai committed to further R&D investments to optimize AI functionalities and applications [4]

Industry Overview: Innovation and Value Chain Reconstruction - The internet education sector has evolved through various stages, including remote education and intelligent teaching, transitioning from simple online videos to interactive live streaming and adaptive learning systems [1] - The value chain encompasses upstream technology support (AI, big data), midstream content production (course development, platform operation), and downstream user services (C-end learners, B-end institutional cooperation), forming a "technology-content-service" closed loop [1] ESG Development: Core Issues and Practice Differences Disclosure Status and Policy Direction - Domestic internet education companies are in the early stages of ESG disclosure, with leading firms like Zhonggong Education and NetDragon beginning to publish social responsibility reports, but overall transparency is lower than in Europe and the US [2] - China has introduced regulations emphasizing data security and educational equity, while Europe and the US have strengthened ESG compliance requirements through regulations like GDPR and SFDR [2] Core Issues Analysis - Environmental (E): Focus on data center energy consumption management, reduction of paper materials, and carbon footprint accounting. For example, NetEase Youdao promotes electronic textbooks to reduce paper usage [3] - Social (S): Issues include educational equity (bridging the urban-rural digital divide), user rights (refund dispute handling), and technology ethics (AI algorithm bias). Initiatives like the "Rural Revitalization Talent Training Program" aim to cover remote areas with live courses [3] - Governance (G): Emphasis on data security (user information protection), business ethics (false advertising regulation), and supply chain management (compliance of third-party partners). For instance, VIPKID has established a user data encryption system [3] Domestic and International Practice Differences - Disclosure focus: Domestic companies emphasize social welfare (e.g., rural education support), while European and American firms focus on environmental performance (e.g., carbon reduction targets) and governance structures (e.g., board diversity) [4] - Technology application: Foreign companies have adopted blockchain for degree certification earlier (e.g., MIT digital certificates), while domestic firms focus on AI supervision and adaptive learning system development [5] - Policy drive: The EU pushes for green transformation through carbon tariffs, while domestic platforms are guided by "dual carbon" goals for energy-saving renovations [6] Practical Cases: Diverse Paths and Innovative Models Khan Academy: Public Welfare-Oriented Global Inclusivity - ESG highlights include 100% free courses covering over 200 countries, a near-zero carbon footprint, and the use of open-source technology platforms with fully transparent data [7] Zhonggong Education: Integration of ESG in Vocational Education - Environmental: Optimizing energy consumption in offline campuses and promoting online live streaming to reduce commuting carbon emissions [9] - Social: Conducting "Employment Assistance Programs" with over 1 million annual training sessions to support stable employment [10] - Governance: Establishing an independent ESG committee and regularly disclosing supply chain audit reports to ensure compliance in areas like textbook printing and technology outsourcing [11] NetDragon: Sustainable Development through Technology Empowerment - Environmental: Investing in "green data centers" with energy consumption reduced by 40% compared to traditional centers [12] - Social: Donating "smart classrooms" to underdeveloped areas to bridge the digital divide and developing a "silver education platform" to address aging society needs [13] - Governance: Establishing an AI ethics review mechanism to avoid algorithm discrimination and collaborating with UNESCO to set global digital education standards [14] Challenges and Recommendations: Building a Sustainable Development Ecosystem Existing Challenges - Environmental: High energy consumption of data centers and lack of industry carbon accounting standards [15] - Social: Frequent user privacy breaches and mismatches in vocational education supply and demand leading to varied training outcomes [16] - Governance: Lack of a unified ESG disclosure framework, with some companies treating ESG as a marketing tool rather than a strategic core [17] Countermeasures and Suggestions - Environmental management: Promote green data center certification and establish industry carbon footprint accounting systems; encourage the adoption of electronic textbooks and low-carbon office practices [18] - Social value: Government and enterprises should jointly build an "Educational Equity Fund" to support rural digital education; improve user complaint handling mechanisms and introduce third-party supervision [19] - Governance optimization: Develop industry ESG disclosure guidelines based on international standards (e.g., GRI, TCFD) and incorporate ESG into corporate performance evaluations to strengthen board oversight responsibilities [20] Future Outlook - The internet education industry should integrate ESG principles into technological innovation and business models, focusing on data security and educational equity in the short term, promoting green transformation and governance upgrades in the medium term, and building a "technology for good, social benefit, and environmentally friendly" ecosystem in the long term to achieve a dual enhancement of economic and social value [21]