Core Viewpoint - The A-share market has seen a surge in military stocks, driven by U.S. President Trump's proposal to increase the military budget from approximately $1 trillion to $1.5 trillion by 2027, along with calls for defense companies to boost production and R&D investments while halting stock buybacks and dividends [1]. Group 1: Stock Performance - Shaoyang Hydraulic and Haheng Huaton both hit the 20% limit up, while Dongtu Technology rose by 11% [1]. - A total of 12 companies, including China First Heavy Industries, Tianqi Mould, and Nanjing Panda, experienced a 10% limit up [1]. - The following companies showed significant year-to-date performance: - Shaoyang Hydraulic: 56.91% increase [2] - Haheng Huaton: 35.21% increase [2] - Dongtu Technology: 14.78% increase [2] - China First Heavy Industries: 23.31% increase [2] - Nanjing Panda: 46.40% increase [2] Group 2: Market Capitalization - The market capitalization of notable companies includes: - Shaoyang Hydraulic: 5.403 billion [2] - Haheng Huaton: 11.6 billion [2] - Dongtu Technology: 14.4 billion [2] - China First Heavy Industries: 33.7 billion [2] - Nanjing Panda: 16.3 billion [2] - Other companies with significant market caps include: - Aerospace Electric: 28.7 billion [2] - China Nuclear Engineering: 51 billion [2] - Aerospace Morning Light: 14.7 billion [2] - Aerospace Electronics: 86 billion [2]

Group 1: Market Performance - The big data ETF Huabao (516700) has seen a significant increase, with an intraday rise of 1.94% and a current increase of 1.84%, marking a potential 10-day consecutive rise [1] - Notable stocks in the sector include Dongtu Technology, Shenzhou Information, and Baoxin Software, all of which have reached their daily limit up [5][9] - The overall market sentiment is positive, with many stocks in the data technology and security sectors experiencing substantial gains [5][9] Group 2: Industry Trends - The Ministry of Industry and Information Technology has issued a plan to enhance the integration of industrial internet and artificial intelligence, promoting the deployment of edge computing devices and smart gateways [2] - Data centers are identified as the core infrastructure for AI, with a strong demand driving growth in the IDC industry [11] - North American AI giants and Chinese internet companies are leading the expansion of data centers, with capital expenditures expected to rise significantly from $24.1 billion in Q2 2023 to $76 billion by Q3 2025 in North America, and a peak of 77.2 billion yuan for domestic companies in Q4 2024 [11] Group 3: Investment Opportunities - The big data ETF Huabao passively tracks the CSI Big Data Industry Index, focusing on sectors such as data centers, cloud computing, and big data processing [12] - Investors are encouraged to pay attention to three key catalysts: the push for technological leadership, the activation of digital productivity through top-level design, and the acceleration of domestic substitution processes [13] - The current market dynamics suggest a favorable environment for investments in technology that emphasizes self-reliance and control [12][13]

Core Insights - The conference on December 29, 2025, marked a significant step in the development of the robotics industry in Sichuan, emphasizing the theme of "academic leadership, industrial empowerment, and building a new ecosystem for robot development" [1] - Sichuan's robotics industry has established a comprehensive industrial cluster centered in Chengdu, covering industrial, service, and special robots, with notable companies emerging in various fields [1] - The establishment of the Sichuan Robotics Engineering Society aims to address challenges such as insufficient collaboration between academia and industry and delays in core technology transformation [1] Group 1 - Sichuan is recognized as an important province for national strategic technological development, with rich educational resources and a solid industrial foundation, which will support ongoing innovation in the robotics sector [3] - The provincial government will continue to optimize the innovation ecosystem and attract high-quality resources to create a leading robotics and embodied intelligence industry cluster [3] - The establishment of the Sichuan Robotics Engineering Society is seen as a historic opportunity to enhance innovation efficiency and link academic research with market needs [5] Group 2 - Electronic Science and Technology University has developed a strong academic presence in robotics and embodied intelligence, forming high-level research teams and emphasizing the importance of the society's establishment for the field's development [7] - A strategic cooperation agreement was signed between Electronic Science and Technology University and Beijing Dongtu Technology to support core electronic architecture and large model training applications [7] - The conference also introduced an embodied intelligence development platform aimed at reducing development barriers and promoting universal application across various scenarios [7] Group 3 - The conference featured presentations from international experts, providing diverse solutions for industry development through discussions on key topics [8] - The event was co-hosted by the Sichuan Robotics Engineering Society and the Sichuan Intelligent Robotics Industry Alliance, with participation from over 300 representatives from academia, industry, and government [8] - A showcase area was set up for 13 key enterprises to display their latest achievements, facilitating connections between academia and industry [8]

国金证券股份有限公司关于 北京东土科技股份有限公司 2025 年定期现场检查报告 | 保荐人名称：国金证券股份有限公司 被保荐公司简称：东土科技 | | | | | --- | --- | --- | --- | | 保荐代表人姓名：顾东伟 联系电话：010-85142899 | | | | | 保荐代表人姓名：赵培兵 联系电话：010-85142899 | | | | | 现场检查人员姓名：顾东伟、党子扬 | | | | | 现场检查对应期间：2025年1月1日至2025年12月25日 | | | | | 现场检查时间：2025年12月26日 | | | | | 一、现场检查事项 | | 现场检查意见 | | | （一）公司治理 | 是 | 否 | 不适用 | | 现场检查手段（包括但不限于本指引第三十三条所列）： | | | | | 1.公司章程和公司治理制度是否完备、合规 √ | | | | | 2.公司章程和股东会、董事会规则是否得到有效执行 √ | | | | | 3.股东会、董事会会议记录是否完整，时间、地点、 出席人员及会议内容等要件是否齐备，会议资料是否 √ | | | | | 保存完整 | ...

国金证券股份有限公司关于 北京东土科技股份有限公司 2025 年持续督导培训报告 根据《深圳证券交易所上市公司自律监管指引第 13 号——保荐业务（2025 年修订）》的相关规定，保荐机构项目组成员于 2025 年 12 月 26 日对北京东土 科技股份有限公司（以下简称"东土科技"）到场的董事、高级管理人员、中层 以上管理人员及公司控股股东和实际控制人等相关人员进行了专门培训，并对未 到场的相关人员派发了相关培训资料，督促其认真学习培训内容，本次培训的具 体情况如下： 一、培训的时间和地点及参会人员 时间：2025 年 12 月 26 日 地点：东土科技会议室 主讲人：国金证券 保荐代表人 顾东伟 （此页无正文，为《国金证券股份有限公司关于北京东土科技股份有限公司 2025 年持续督导培训报告》之签字盖章页） 保荐代表人签名：______________ ______________ 参会人员：控股股东及实际控制人、董事、高级管理人员和中层以上管理人 员及证券事务代表。对于因故未能参加现场培训的相关人员，保荐机构已向其提 供本次培训的相关资料并提请公司督促其自学，在学习过程中如有疑问可随时与 国金证券培训人 ...

证券代码：300353 证券简称：东土科技 公告编码：2025-113 北京东土科技股份有限公司 关于披露发行股份及支付现金购买资产并募集配套资金预案后 的进展公告 本公司及董事会全体成员保证信息披露的内容真实、准确、完整，没有虚假 记载、误导性陈述或重大遗漏。 重大风险提示： 1.北京东土科技股份有限公司（以下简称"东土科技"或"公司"）于2025年11 月1日披露《发行股份及支付现金购买资产并募集配套资金预案》及摘要中，已 对本次交易涉及的有关风险因素及尚需履行的审批程序进行了详细说明，敬请广 大投资者关注后续进展公告并注意投资风险。 2.自本次交易预案披露以来，公司及交易相关方积极推进本次交易的相关工 作。截至本公告披露日，除已披露的风险因素外，公司尚未发现可能导致公司董 事会或者交易对方撤销、中止本次交易或者对本次交易方案作出实质性变更的相 关事项，本次交易相关工作正在有序进行中，公司将继续积极推进本次交易，并 根据中国证监会和深圳证券交易所的相关规定及时履行本次交易的后续审批和 信息披露程序。 二、本次交易的历史披露情况 公司因筹划本次交易事项，根据深圳证券交易所的相关规定，经公司申请， 公司股票（ ...

Core Insights - Dongtu Technology is extending its technological foundation into the smart robotics sector by launching an embodied intelligence development platform, creating a new moat from foundational technology to industrial ecology [1] Group 1: Business Foundation - Dongtu Technology, established in March 2000, has transformed from an industrial communication equipment provider to a foundational provider of industrial internet, covering industrial network communication, operating systems, and smart control solutions [2] - The company has developed the AUTBUS standard, which became the first IEC international standard led by China since 2008, breaking the foreign technology monopoly in the robotics network [2] - The independently developed Hongdao operating system (Intewell) is the only national-level smart robotics operating system, fully compatible with domestic chips, providing a solid foundation for entering the robotics sector [2] Group 2: Addressing Industry Pain Points - Dongtu Technology announced the establishment of the "Embodied Intelligence Joint Research Center" with the University of Electronic Science and Technology, launching the first embodied intelligence development platform based on a controllable robotic electronic architecture [3] - The platform offers a full-stack solution covering hardware compatibility, computing frameworks, and model tools, significantly reducing the complexity of robotics application development [3] - The core innovation of the platform is the assignment of a unique IPv6 identity address to each perception and control node in the robot, ensuring secure collaboration between the robot's "brain" (intelligent decision-making) and "small brain" (real-time control) [3] Group 3: Ecosystem Development - Dongtu Technology has made strategic investments in key enterprises within the robotics supply chain, establishing an initial ecological layout in core components, power systems, and intelligent algorithms [4] - The development of the embodied intelligence platform connects discrete technologies and product investments into a networked empowering ecosystem centered around the development platform [4] - The company plans to use the rich industrial foundation and application scenarios in the Chengdu-Chongqing region as a testing ground for the platform, aiming to build a domestically-led robotics industry ecosystem [4]

Core Viewpoint - Dongtu Technology emphasizes its capability in high-precision industrial scenarios, particularly in rocket and aerospace equipment manufacturing, through its core products like intelligent controllers and industrial operating systems [1] Group 1 - The company has a strong technical accumulation in high-precision control and industrial-grade stability, making its products suitable for applications in the aerospace sector [1]

Core Insights - The establishment of the Embodied Intelligence Joint Research Center between University of Electronic Science and Technology and Dongtu Technology marks a significant step in developing a domestically controlled electronic architecture for intelligent robots in China [1][2] - Dongtu Technology has led the formulation of the world's first international standard for a two-wire broadband industrial bus, AUTBUS, which breaks the foreign technology monopoly in China's robotics sector and enhances safety in intelligent robotics [1] - The Hongdao operating system developed by Dongtu Technology is recognized as the only national-level intelligent robot operating system, supporting the construction of a secure and controllable ecosystem for intelligent robots in China [2] Summary by Sections Establishment of Research Center - The Embodied Intelligence Joint Research Center aims to build a neural network system for intelligent robots in China, marking a new chapter in electronic architecture for robots [1] International Standards and Technological Advancements - AUTBUS is the first internationally recognized standard in China's robotics field, providing comprehensive control over industrial communication semantics, data interfaces, protocol standards, and chips [1] - The standard is also recognized as a national standard for industrial control and automotive industry standards, ensuring a reliable foundation for the safety of intelligent robots [1] Operating System and Innovation - The Hongdao operating system facilitates the integration of data across various fields, including robots, CNC machine tools, and factory control, enabling platform-based applications [2] - Dongtu Technology received awards for technological innovation, highlighting its capabilities in the field [2] Future Collaboration and Development - The collaboration aims to empower the core electronic architecture of intelligent robots, enhance efficient application of large model training, and contribute to the collaborative development of the intelligent robotics industry [3] - Future efforts will focus on developing a robot industry cluster in the southwestern region of China, complementing other major economic areas [3]

Core Insights - The establishment of the Embodied Intelligence Joint Research Center between the University of Electronic Science and Technology and Dongtu Technology marks a significant step in developing a domestically controlled electronic architecture for intelligent robots in China [1][6] - This collaboration aims to break the reliance on foreign standards and technologies in the robotics sector, which is crucial for the high-quality development and industrial safety of China's robotics industry [3][4] Group 1: Strategic Collaboration - The partnership between the University of Electronic Science and Technology and Dongtu Technology is a strategic alliance to build a neural network system for intelligent robots in China [1][6] - The collaboration is expected to empower the autonomous control of core electronic architecture for intelligent robots, enhancing the efficiency of large model training applications [6] Group 2: Technological Advancements - Dongtu Technology has led the development of the AUTBUS international standard, which is the first internationally recognized standard in the robotics field independently established by China, breaking the long-standing foreign monopoly on industrial network technology [4] - The AUTBUS standard enables the replacement of foreign industrial bus standards like CAN and EtherCAT, providing a foundation for autonomous communication technology in robotics [4] Group 3: System Integration and Innovation - The Intewell operating system developed by Dongtu Technology is recognized as the only national-level intelligent robot operating system, facilitating the integration of data across various fields such as robotics and factory control [5] - The innovative architecture of intelligent robots, based on the Intewell operating system and AUTBUS standard, allows for unique IPv6 identification for each control node, ensuring secure and sustainable development of robotic systems [5][6] Group 4: Future Development and Impact - The collaboration aims to foster the development of a robotics industry cluster in the western region of China, complementing other major economic areas and contributing to the national new industrialization efforts [6] - This initiative is expected to inject strong momentum into achieving technological self-reliance and ensuring industrial safety in China [6]