Group 1 - The company has approved a share repurchase plan, intending to buy back shares using its own funds, with a total amount between RMB 20 million and RMB 25 million, and a maximum repurchase price of RMB 45 per share [1] - The repurchase period is set for 12 months from the date of board approval, with management authorized to handle all related matters [1] - The company will disclose further details regarding the repurchase plan on the Shanghai Stock Exchange website [1] Group 2 - On January 5, 2026, the company completed its first share repurchase, acquiring 110,800 shares, which represents 0.0929% of the total share capital [2] - The highest and lowest prices for the repurchased shares were RMB 41.90 and RMB 41.54 per share, respectively, with a total expenditure of RMB 4,641,233.00, including transaction fees [2] - The company will continue to make repurchase decisions based on market conditions and will fulfill its information disclosure obligations regarding the progress of the share repurchase [2]

Group 1: Medical Technology - The introduction of United Imaging's MRI system in Spain has significantly improved diagnostic efficiency, reducing scan times for lumbar imaging from 25 minutes to 12 minutes and neurological scans from 60 minutes to 30 minutes [14] - The system utilizes AI image reconstruction technology, enhancing image clarity and enabling better diagnosis of conditions that were previously difficult to visualize [14][15] - The implementation of this technology has allowed HM Hospital to increase the number of MRI scans performed daily from fewer than 25 to 40, thereby reducing patient wait times [15] Group 2: Transportation and Mobility - Didi Chuxing's acquisition of the Brazilian 99 platform has integrated AI and big data technologies to enhance local transportation efficiency, making daily life more convenient for residents [16] - The self-developed order distribution system by Didi has improved matching efficiency for drivers and passengers, reducing wait times through real-time analysis of driver locations and service demand [17] - The 99 platform has established a "Sustainable Mobility Alliance" in Brazil, promoting the adoption of electric vehicles and enhancing the operational efficiency of drivers [18] Group 3: Education Technology - iFlytek's AI-based Chinese teaching system has been introduced in Thailand, improving teaching efficiency and student engagement in learning Chinese [19] - The system generates personalized lesson plans and provides real-time feedback on students' pronunciation, significantly increasing student participation in class discussions [20] - Pilot programs in Thai schools have shown improvements in students' pronunciation accuracy, with initial assessments indicating a rise in accuracy rates for both initials and finals [21]

Group 1: Artificial Intelligence in Healthcare - Chinese artificial intelligence technology is becoming more accessible and sustainable, addressing national development concerns and aiding local economic and social development [1] - The introduction of United Imaging's MRI system in Spain significantly reduces diagnosis time, with imaging speed improved from 25 minutes to 12 minutes for lumbar scans and from 1 hour to 30 minutes for neurological scans [3][4] - The new MRI system enhances image quality through AI reconstruction, allowing for better diagnosis of previously unclear areas, thus improving patient outcomes and operational efficiency in hospitals [3][4] Group 2: Transportation and Delivery Innovations - Didi Chuxing's order distribution system in Brazil utilizes real-time data analysis to improve matching efficiency, reducing wait times for passengers and drivers [7] - The 99 platform, acquired by Didi, has integrated AI and big data to enhance user experience and optimize delivery routes, contributing to increased driver income [6][7] - The establishment of the "Sustainable Mobility Alliance" in Brazil aims to promote electric vehicle adoption, with over 30 companies participating, reflecting a commitment to sustainable transportation solutions [8] Group 3: Educational Technology in Language Learning - iFlytek's intelligent teaching system in Thailand enhances Chinese language education by automating lesson preparation and providing real-time feedback on student performance [9][10] - The system has led to a significant increase in student participation, with average speaking instances per class rising from 2 to 12, indicating a shift towards a more student-centered learning approach [11] - iFlytek plans to expand its collaboration with ASEAN countries to further develop localized educational resources and training, aiming to create a more intelligent and inclusive educational ecosystem [11]

Core Insights - The first city-level smart preschool education AI, "Ning Xiao Zhi," was launched in Nanjing, developed by the local education administration and based on high-quality educational resources accumulated over nearly a decade [1][2] - The AI features two digital personas, "Rong Rong" and "Bi Xiao Shou," designed to enhance different aspects of preschool education, such as knowledge inquiry and interactive learning [1] Group 1 - "Ning Xiao Zhi" has already served multiple kindergartens in four districts of Nanjing during its trial phase, achieving over 60% improvement in resource utilization efficiency [2] - The platform is set to be promoted citywide in Nanjing this year, with plans to expand the AI resource library and enhance interactive and data analysis capabilities [2] - The initiative aims to integrate "smart assistance + humanistic care" into preschool education, supported by ongoing teacher training programs [2]

Group 1 - The company has launched the first batch of pre-sales for its companion robot on December 22, 2025 [2] - The company's model utilizes a moe hybrid model architecture, with computing power primarily sourced from the Volcano Engine [2] - Investors are advised to approach market trends with caution and to invest rationally [2]

Group 1 - The core focus of the investment attraction strategy in Zhenjiang Economic Development Zone is to optimize and integrate resources, leading to the establishment of a "5+1" specialized investment promotion bureau aimed at attracting significant and innovative projects [1][3] - From January to November 2025, Zhenjiang signed 85 industrial projects with investments exceeding 100 million yuan, totaling 42.76 billion yuan, including 20 projects over 1 billion yuan, marking an 11% year-on-year increase [1] - The aerospace industry in Zhenjiang is experiencing rapid growth, with strong demand for supply chain support, as evidenced by the signing of the 1 billion yuan high-performance lightweight composite conductive materials project by Gaopeng Pharmaceutical [2][3] Group 2 - The "5" in the "5+1" structure includes specialized investment promotion bureaus for biomedicine and health, aerospace and low-altitude, new energy and new power equipment, new materials and fine chemicals, and intelligent equipment and port-related industries [3] - Since the beginning of 2025, 75% of newly signed projects align with Zhenjiang's industrial direction, with significant growth in the port-related and aerospace low-altitude industries, increasing by 25% and 40% year-on-year, respectively [3] - Zhenjiang Economic Development Zone has introduced 100 technology-related projects since 2025, reflecting a 25% year-on-year increase, alongside 18 modern service projects and 17 specialized projects, with growth rates of 38% and 21%, respectively [6] Group 3 - The establishment of a technology and service industry investment promotion bureau aims to enhance the integration of technology innovation and industrial development, with a focus on projects like the AI smart education initiative in collaboration with Haowei Group [4][5] - The investment promotion center has organized various industry promotion meetings and talent exchange activities, focusing on cutting-edge technology fields such as AI education and low-altitude economy [5] - A training program for enhancing investment promotion capabilities was conducted, emphasizing the importance of skilled personnel in attracting investments and improving project evaluation and negotiation skills [7]

Group 1 - The company Wealth Glory Holdings Limited has officially changed its name to Go Up Education Technology Limited, with the Chinese name being 倍升教育科技有限公司 [1] - The name change was confirmed by the Registrar of Companies in the Cayman Islands on December 3, 2025, following a special resolution passed at a shareholders' meeting on December 1, 2025 [1] - The new stock trading abbreviation on the Hong Kong Stock Exchange will change from "WEALTH GLORY" to "GO UP EDU TECH," effective from January 7, 2026 [1] Group 2 - The company's stock code remains unchanged at "8269" despite the name change [1] - The registration of the new names was also confirmed by the Registrar of Companies in Hong Kong on December 17, 2025, in accordance with the Companies Ordinance [1]

Core Insights - In 2025, driven by policy guidance, technological evolution, and market demand, the cultural and tourism industry is expected to see significant advancements in "culture + technology" and "culture + education" through three key development directions: the emergence of new cultural infrastructure like digital cultural centers and museums, the upgrade of scenario-based services centered on immersive experiences and smart tourism, and the deep reconstruction of educational paradigms featuring AI-driven learning and teaching [1][3][5] Group 1: Digital Infrastructure Development - The implementation of the "Basic Requirements for Digital Cultural Centers' Resources and Technology" in April 2025 marks a new phase of standardization and normalization in the digital construction of cultural centers [3] - Various cultural centers across the country are actively engaging in digital construction, exemplified by Beijing's digital cultural center, which added 13 new activity sections in 2025, achieving 7.188 million clicks throughout the year [3] - Dongguan's "Cultural Guanjia" digital service matrix serves as a model for national digital cultural center construction, characterized by wide coverage, equal access, and standardization [3][4] Group 2: Resource Innovation and Protection - The "Digital Dunhuang: Open Material Library" created by the Dunhuang Academy showcases the innovative use of digital resources, combining cultural heritage with blockchain technology to ensure traceability and verification of material usage [4] - This initiative not only facilitates the regulated circulation of Dunhuang culture but also simplifies the authorization process for related works, fostering a healthy creative ecosystem [4] Group 3: Scenario-Based Service Revolution - The State Council's implementation opinion in November 2025 emphasizes accelerating the application of digital technology in the cultural and tourism sectors, enhancing digital performances, arts, and immersive experiences [5] - The emergence of a new consumption ecosystem centered on "immersive experiences" is evident, with advancements in smart tour systems that offer personalized planning and emotional interaction [6] - Projects like Zhejiang's immersive night tours, which integrate local culture with technology, have become popular among citizens and tourists, enhancing nighttime cultural consumption [6] Group 4: Educational Paradigm Shift - The integration of AI in education is a significant breakthrough in the "culture + technology" domain, with AI teaching systems lowering the barriers to learning artistic skills [7] - The "Bai Ze" platform developed by Shandong Tourism Vocational College exemplifies the embedding of AI in vocational education, enhancing the teaching process without replacing teachers [7] - AI-driven educational initiatives extend learning beyond the classroom, creating engaging experiences for students through hands-on activities and interactive learning environments [7]

随着各界对人工智能人才培养的底层核心素养愈发关注，唯有将新技术融入培养体系，让学生体验、感知、应用新技术，才能通过实践来提升人工智能核心 素养。 在人才培养的具体实践中，人工智能教育更需聚焦技术的教育意义与真实的应用价值。在教学方案上，以真实产业和场景反向定义人才能力结构，采用项目 制、任务制学习模式，让技术训练服务于具体问题解决，进而培养学习者的算法思维与问题解决核心能力，让学生体验、感知、应用新技术。 未来，核桃编程将继续依托技术创新，为更多的青少年提供高效的平台，促进编程能力与创新思维的培养，为科技强国建设输送后备人才。 青少年编程教育企业核桃编程受邀出席本次大会。在大会中，核桃编程人工智能研究院执行院长王思维围绕 "人工智能赋能城市产业高质量发展的创新路 径" 主题参与对话，聚焦数字经济时代新兴产业的培育机制与发展模式，分享在人工智能教育领域的实践经验。 当下，AI技术在落地城市产业、协同政企资源、对接场景需求等方面的面临着诸多挑战，教育科技企业应担当 "战略响应者、创新驱动者、生态构建者、国 际交流者" 四重角色：既要积极响应国家政策，创新课程体系以匹配国家人才发展需求，构建政产学研资源协同的合作平 ...

Core Viewpoint - The company has decided to dissolve its wholly-owned subsidiary, Shenzhen Lianbang Information Technology Co., Ltd., to focus on its core business and improve operational efficiency [1][2]. Group 1: Company Actions - The board of directors approved the dissolution of Shenzhen Lianbang Information Technology Co., Ltd. based on the company's overall strategic planning and the subsidiary's operational status [1]. - This is the second subsidiary dissolution announced by the company in the year, following the earlier decision to dissolve Shenzhen Fangzhi Education Technology Co., Ltd. [3]. Group 2: Financial Performance - Shenzhen Lianbang Information reported a net profit of 383,000 yuan in 2024, but incurred a loss of 190,500 yuan in the first three quarters of 2025 [1]. - For the first three quarters of 2025, the company reported a revenue of 5.319 million yuan, a year-on-year decrease of 27.85%, and a net profit of 704,100 yuan, down 62.41% year-on-year [3]. Group 3: Company Overview - The company was established in 1993 and went public in 2011, focusing on the development, design, sales, and ongoing services of educational products and "AI + education digitalization" products [3]. - The company has experienced a continuous decline in revenue for four consecutive years from 2021 to 2024 [3].