Core Insights - Nvidia is incubating a new Robotaxi project led by senior director Ruchi Bhargava, utilizing an end-to-end technology approach that leverages simulation to enhance neural network training, similar to Tesla's Full Self-Driving (FSD) strategy but with a stronger technical foundation [4][5] - The project is supported by Nvidia's Cosmos world model, which integrates various data types to generate high-quality synthetic video data, having completed 20 million hours of pre-training [4] - Nvidia plans to invest $3 billion in the Robotaxi project, contrasting with Waymo's cumulative investment of approximately $12 billion to achieve its current operational scale [5] Company Strategy - The aim of Nvidia's Robotaxi initiative is not merely business expansion but to validate its full-chain engineering capabilities from GPU chips to physical AI models, thereby defining the infrastructure and ecological standards for the next generation of "physical AI" [5] - The US Robotaxi market is expected to accelerate by 2025, with Waymo operating in seven cities and Tesla launching services in Austin and the Bay Area, achieving significant download numbers [5][6] Competitive Landscape - Despite facing challenges in autonomous driving software, Nvidia possesses significant advantages, including its self-developed DRIVE Thor chip with a computing power of 2000 TOPS, enhancing end-to-end model inference efficiency [6] - Industry experts note that the Robotaxi market is still in its early stages, with Waymo operating around 700 vehicles and Tesla deploying only a few dozen in Austin, indicating that Nvidia's entry is timely and offers opportunities to compete for technological leadership [6] Financial Outlook - Nvidia's net profit for Q2 2025 is projected to reach $26.4 billion, providing substantial funding for long-term research and development [6] - Jensen Huang, Nvidia's CEO, emphasizes that autonomous vehicles represent a major commercial application of robotics and a multi-trillion-dollar industry [6]

韩国科学技术信息通信部长官裴庆勋日前在就任50天的首次新闻发布会上，阐释了韩国未来五年科技发 展重点方向，包括到2030年跻身世界AI强国前三名，建立人人都能使用AI的社会等。 裴庆勋表示，韩国计划成立新的科学技术与人工智能部长级理事会。他说，韩国2026年AI领域预算将 超过10万亿韩元，因此需要消除各部委之间的预算重叠提高效率。科学技术与人工智能部长级理事会将 作为政府层面的机构，负责监督人工智能政策。已升任副总理的科学技术信息通信部部长将担任该理事 会主席，预计理事会将于10月在国会全体会议和内阁会议后正式成立。 裴庆勋透露，韩国还将发展物理AI。他说，凭借在制造业和软件开发方面的优势，韩国可在医疗保 健、造船、国防和内容领域实现AI转型，从而在物理AI领域获得全球竞争力。 （文章来源：科技日报） 韩国还将建设AI包容型社会。裴庆勋表示，尽管韩国目前在ChatGPT使用率方面位居世界第一，但必须 把最佳替代方案开发成韩国自己的AI基础模型，并将其开源，以便全世界任何人都可以使用。"包容型 AI"意味着任何人都可使用和接触它，无论年龄、性别或经济状况如何。到2030年，韩国将确保20万台 用于AI学习和数 ...

Core Viewpoint - The company, Suochen Technology, is advancing its physical AI products and is in the process of acquiring a leading domestic SCD (Software for Control and Data) company, Likong Technology, to enhance its capabilities in the industrial software sector [2][4]. Group 1: Company Performance - As of September 12, 2025, Suochen Technology's stock closed at 96.89 yuan, up 2.28% from the previous week [1]. - The company's total market capitalization is 8.674 billion yuan, ranking 58th out of 133 in the software development sector and 2140th out of 5153 in the A-share market [1]. Group 2: Product Development - The company's physical AI product line includes a comprehensive development and application platform, which allows developers and industrial users to easily create and deploy physical AI applications [2]. - The physical AI platform features various core functionalities such as generative modeling simulation technology, real-time environment rendering, and a physical AI simulation engine [2][4]. Group 3: Market Opportunities - The physical AI platform addresses safety challenges in the low-altitude economy by providing high-fidelity simulations and real-time data integration, which are essential for the safe development of low-altitude operations [3][4]. - The company has identified significant potential in the low-altitude economy, particularly in optimizing flight paths and supporting the development of unmanned traffic management (UTM) systems [3][4]. Group 4: Acquisition of Likong Technology - The acquisition of Likong Technology is progressing smoothly, with the company being a leading player in the domestic SCD industry, focusing on smart manufacturing and data monitoring solutions [3][4]. - Likong Technology has a strong market presence and technical capabilities, having been a pioneer in the SCD software field and achieving significant penetration in various industrial sectors [3][4].

Group 1 - The concept of Physical AI was proposed in 2020 and is seen as a parallel to the digital world, with NVIDIA's CEO Jensen Huang defining it as a significant direction for AI development [1] - The industry is eager to create a killer application for Physical AI similar to ChatGPT, with discussions on when this "ChatGPT moment" will occur and the existing bottlenecks [1] - Optimistic predictions suggest that achieving a 90-95% success rate in 100-200 common household tasks could signify the arrival of Physical AI's "ChatGPT moment," potentially within 2-3 years [1] Group 2 - Wang Yequan, head of the FLM team at the Zhiyuan Research Institute, provides a longer-term estimate for reaching a ChatGPT-like level, suggesting it may take 5-10 years due to the current stage of embodied intelligence being around GPT-1.6 or 1.7 [2] - Despite differing timelines, experts agree that Physical AI faces significant challenges, particularly in data collection and modeling [2] - The difficulty in data collection for Physical AI arises from the need for frequent interactions with the physical world, making it harder to gather comprehensive datasets compared to digital models [2] Group 3 - Zhu Zheng believes that world models could address data scarcity by generating synthetic data to match the volume and generalization of internet data in the digital realm [3] - Wang Yequan identifies modeling methods as the primary challenge for Physical AI, emphasizing the need for large-scale self-supervised data to create a foundational model, which requires substantial resources [3] - The proposed approach involves aligning and reinforcing the model's capabilities for real-world applications, but the lack of suitable modeling methods and data organization remains a significant hurdle [3]

Core Viewpoint - AAC Technologies showcased its advancements in automotive acoustics and related technologies at the Munich International Motor Show, emphasizing its position as a key player in the automotive sound ecosystem [1][3]. Group 1: Company Developments - Since entering the automotive acoustics sector in 2018, AAC Technologies has integrated key technologies through strategic acquisitions, establishing a comprehensive acoustic ecosystem from perception to output [3]. - The company is now recognized as one of the few suppliers capable of providing end-to-end automotive acoustic solutions, including hardware, software, algorithms, and tuning services [3]. - AAC Technologies is ranked among the top ten global passenger car audio system providers and is the only Chinese company in this category [3]. Group 2: Technological Innovations - The company highlighted its collaboration with Zeekr and Naim Audio in developing the Zeekr 9X model, featuring a custom 9.2.4.8 immersive audio system with 32 speakers and 8 seat transducers, achieving a peak power of 3868W [5]. - The audio system utilizes a 3D virtual surround algorithm to enhance standard stereo sources into multi-layered auditory experiences, restoring three-dimensional spatial information [5]. - AAC Technologies presented a full-stack automotive acoustic solution based on "physical AI," demonstrating its technology's application in products like the Zeekr 9X [5]. Group 3: Market Position and Future Plans - The automotive business segment of AAC Technologies reported a year-on-year revenue growth of 13%, reaching 1.74 billion yuan, indicating its importance within the company's overall operations [5]. - The company aims to leverage global resources to assist partners like First Light Auto Parts and PSG in expanding into overseas markets, providing customized full-stack solutions to enhance the smart driving experience [6].

Core Insights - The evolution of automation, particularly through physical AI, is transforming industrial operations, enhancing flexibility and risk resilience in manufacturing environments [1][6][11] - The current challenges faced by manufacturers, including rising costs, labor shortages, and fluctuating customer demands, necessitate the adoption of advanced robotic technologies [6][11] Group 1: Evolution of Industrial Robots - The application of physical AI represents the next step in the long-term evolution of industrial robots, which date back to the 1960s [2] - Early industrial robots were rule-based, designed for high-precision, repetitive tasks, but lacked flexibility [2][3] - Training-based robots are now emerging, capable of learning from experiences and handling variable tasks, making them suitable for medium-volume and non-repetitive production [3][5] Group 2: Importance of Physical AI and Intelligent Robots - The integration of robotic technology is timely for manufacturers, addressing vulnerabilities in supply chains exacerbated by geopolitical tensions and material shortages [6][7] - Intelligent robots enhance operational flexibility, enabling manufacturers to meet evolving customer demands for customization, faster delivery, and sustainability [6][7] Group 3: Workforce Development for Automation - A skilled workforce is essential for the successful integration of intelligent robots, with a focus on reskilling and continuous learning [8] - The transition to automation will not eliminate jobs but will transform them, creating new high-skill positions in robotics and AI [8] Group 4: Real-World Applications of Physical AI - Early adopters like Amazon have demonstrated the value of intelligent robots, achieving a 25% increase in efficiency and a 10% improvement in operational efficiency through the deployment of over 1 million robots [10] - Foxconn is transitioning to an AI-driven robotic workforce, utilizing digital twin technology to automate complex tasks, resulting in a 20-30% reduction in production cycles and a 15% decrease in operational costs [10] Group 5: Leveraging the Value of Physical AI - The momentum of intelligent robots is expected to grow, with manufacturers urged to adopt a layered automation strategy that integrates various robotic technologies [11] - Companies should prioritize a human-centered approach to ensure sustainable and inclusive integration of robotic systems [11]

Core Insights - The era of robotics is emerging, with the Robotics ETF (562500) deeply embedded in this transformation [1] - Tesla's "Master Plan" emphasizes that 80% of its future value will come from the Optimus robot, indicating a significant shift towards automation [1][4] - Nvidia's launch of the Jetson AGX Thor developer kit marks a pivotal moment in the advancement of physical AI and robotics [1][5] - China's robotics industry is transitioning from a follower to a disruptor, showcasing significant advancements and applications in various sectors [1][6] Tesla's Robotics Strategy - Tesla's "Master Plan" highlights a growing focus on AI and robotics, aiming for large-scale production of robots to replace human labor [4] - Elon Musk projects that by 2029, the production of Optimus robots could reach 1 million units annually [4] - The Optimus 3 robot is expected to be officially launched by the end of this year, marking a significant milestone in Tesla's robotics ambitions [4] Nvidia's Role in Robotics - Nvidia's Jetson AGX Thor is described as a comprehensive technology stack for robotics, integrating advanced hardware, software tools, and AI models [5] - The company aims to build a complete ecosystem for robotics, covering all necessary components from foundational models to specialized hardware [5] China's Robotics Industry - China's share of the global robotics market is projected to reach approximately 40% by 2024, with the market size expected to grow from $47 billion in 2024 to $108 billion by 2028 [8][9] - China leads the world in industrial robot installations, accounting for over half of the global total [9] - By 2030, it is estimated that China will have 252,000 humanoid robots, increasing to 302 million by 2050, surpassing the U.S. market significantly [9] Robotics ETF Insights - The Robotics ETF (562500) has seen substantial growth, with a current size of 17.032 billion yuan, reflecting strong market interest in the robotics sector [13] - The ETF includes a significant proportion of humanoid robot stocks, with 63.67% of its components related to humanoid robotics [13] - The index tracks 73 stocks, with the top ten accounting for 48.86%, providing exposure to leading companies in the robotics field [14]

1. Report Industry Investment Rating - No relevant information provided. 2. Core Viewpoints - The company focuses on the "storage, computing, and connectivity" integrated technology layout, aiming to become a leading domestic memory chip design enterprise, and is committed to providing multi - product line memory chip products. The investment in Shanghai Lisuan is based on its development potential, which may increase short - term profit pressure but is beneficial for long - term strategy. The 7G100 series products of Shanghai Lisuan are self - designed, and the domestic GPU chip market has large development space. [27][34][35] 3. Summary by Directory 3.1. Research Basic Situation - The research object is Dongxin Co., Ltd., belonging to the semiconductor industry. The reception time was on September 4, 2025. The company's reception staff included the chairman, general manager, deputy general manager, board secretary, financial director, and independent director. [16] 3.2. Detailed Research Institutions - The institutions are investors who participated in the company's 2025 semi - annual performance briefing online. [19] 3.3. Research Institution Proportion - No relevant information provided. 3.4. Main Content Data - **Pre - solicited Questions**: Shanghai Lisuan's GPU products are mainly used in scenarios such as personal computers, professional design, AIPC, cloud gaming, cloud rendering, and digital twins, and do not involve chiplet technology for now. The company will consider business and cooperation according to strategic planning and disclose information as required. The management pays attention to Lisuan's development, and the 7G100 series graphics cards can be used in multiple scenarios. [23][25][25] - **Formal Questions**: - **Lisuan's Business Plan**: It is a GPU chip design enterprise focusing on graphic rendering, aiming to meet various graphic rendering and general computing needs. It adheres to self - developed architecture, products are for mainstream graphic rendering and AI acceleration at the edge, cloud, and terminal, and strives to solve the problem of independent and controllable domestic mainstream GPU architecture. [25] - **Information Disclosure**: The company will disclose major impact matters of Lisuan as required, and specific information should be based on official announcements. [26][29][36] - **Dongxin's Work Focus**: It will adhere to the strategy, provide diversified products for key applications and customers, explore new application fields, and promote technology innovation and product process iteration. It also conducts technology layout in the "storage, computing, and connectivity" integrated field. [27] - **Investment in Lisuan**: The investment is based on development potential. Although it may increase short - term profit pressure, it helps the long - term strategy. The impact on performance depends on Lisuan's operation. The company has a low asset - liability ratio and good financial stability. [34] - **Response to Physical AI**: The company will continue to pay attention to the development of cutting - edge technologies and conduct strategic layout according to its actual situation. [29] - **Lisuan's Product Development**: The planning and R & D design of the new product 7G200 are in progress. As of now, Lisuan has sent samples to some customers and is continuously optimizing, and will continue to promote production and sales. [29][31][37] - **Cooperation with Giants**: The company and Lisuan actively seek cooperation with mainstream manufacturers, and will disclose major cooperation matters that meet the disclosure standards. [32] - **Competition and Strategy**: The company will drive through technological innovation, ensure quality systems, collaborate in the supply chain, and support with talent strategies to enhance global market competitiveness. [35] - **Technical Threshold and Commercialization**: Shanghai Lisuan's 7G100 series products have independent GPU architecture, and the domestic GPU chip market has large development space. The profit cycle of large - scale chips is difficult to accurately estimate. [35][36]

Investment Rating - The report maintains a "Recommendation" rating for the company, with a target price of 111.65 CNY and a current price of 95.15 CNY [4][8]. Core Views - The company reported a revenue of 57 million CNY for H1 2025, representing a year-on-year increase of 10.82%. The net profit attributable to shareholders was -46 million CNY, with losses narrowing compared to the previous year [2][3]. - The company is focusing on two main product lines: "TianGong" (CAE) and "KaiWu" (Physical AI), with high-margin engineering simulation software contributing significantly to revenue growth [3][8]. - The company is committed to high R&D investment, with R&D expenses amounting to 50.62 million CNY in H1 2025, accounting for 88.27% of revenue [3][8]. - The "KaiWu" platform has shown initial success, generating 3.75 million CNY in revenue in H1 2025, with a target of 30 million CNY for the year [3][8]. - The company is strategically acquiring to enhance its industrial ecosystem, including a merger with a leading real-time industrial database company [3][8]. Financial Summary - Total revenue projections for 2025-2027 are 523 million CNY, 739 million CNY, and 1,071 million CNY, with corresponding growth rates of 38.0%, 41.4%, and 44.8% [4][8]. - The net profit attributable to shareholders is expected to reach 86 million CNY, 125 million CNY, and 169 million CNY for the same period, with growth rates of 107.8%, 45.1%, and 35.4% respectively [4][8]. - The company maintains a high gross margin, with an overall gross margin of 41.89% in H1 2025, driven by the increase in high-margin business [3][8].

Core Viewpoint - Yushu Technology, a leading player in the quadruped robot market, is expected to submit its IPO application by the end of the year, marking a significant milestone for the company [1][2]. Group 1: Company Overview - Founded by Wang Xingxing, Yushu Technology aims to illuminate the "technology tree" for humanity, reflecting its idealistic vision [2][22]. - The company has achieved nearly monopolistic control over the global quadruped robot market, holding approximately 70% market share and has been profitable for five consecutive years [17][18]. Group 2: Legal Challenges - Yushu Technology is currently facing a lawsuit from Hangzhou Luweimei Daily Chemical Co., which claims patent infringement related to a product known as "electronic dog" [6][10]. - The plaintiff, represented by Zhou Jianjun, has a history of litigation, having been involved in numerous legal disputes, which raises concerns about the legitimacy of the lawsuit [10][11]. - The lawsuit's timing coincides with Yushu's IPO preparations, suggesting a strategic move to challenge the company at a critical moment [16][19]. Group 3: Industry Context - Wang Xingxing has expressed concerns about the inadequacy of AI models in the robotics industry, highlighting a significant gap between hardware capabilities and AI performance [17][28]. - The recent launch of NVIDIA's Jetson Thor, a powerful computing platform for physical AI, could play a crucial role in addressing these AI challenges for Yushu Technology [19][20]. - The relationship between Yushu Technology and NVIDIA is pivotal, as NVIDIA has shown interest in Yushu's robots for research purposes, indicating a strong partnership that could enhance Yushu's technological capabilities [20][21]. Group 4: Strategic Importance - Yushu Technology's success is not only vital for the company itself but also for the broader narrative of domestic hard-tech innovation in China, as it is supported by major investors like Tencent, Alibaba, and Meituan [25][27]. - The outcome of the ongoing legal battle and the company's ability to navigate its dual role as an idealist and a realist will significantly impact its IPO prospects and the perception of the domestic tech ecosystem [29].