Investment Rating - The report maintains a "Recommended" investment rating for the low-altitude economy sector [7] Core Insights - The low-altitude economy market in China is projected to exceed 1 trillion yuan by 2026, with a compound annual growth rate of approximately 30% from a current size of 505.95 billion yuan in 2023, which represents a growth rate of 33.8% [1][37] - The low-altitude economy encompasses various sectors, including aircraft manufacturing and operational services, which account for 55% of the market, while supply chain, consumption, and transportation contribute 40% [1] - The Chinese drone industry is leading globally, with significant players like DJI and EHang, and the commercialization of eVTOL (electric Vertical Take-Off and Landing) is accelerating [1] Summary by Sections 1. Low-altitude Economy Emergence - The low-altitude economy integrates low-altitude flight activities with various industries, primarily involving drones, eVTOLs, and helicopters, operating below 1,000 meters [13] 2. Policy and Capital Driving Growth - The government has initiated a "safe and regulated development" strategy for the low-altitude economy, with significant investments and pilot projects across multiple cities [2] - In 2024, financing in the eVTOL sector exceeded 6.5 billion yuan, with various specialized funds being established to support the industry [2] 3. Technological Advancements and Application Scenarios - Key technologies in the sector include drones and eVTOLs, with ongoing innovations in automation and intelligence [3] - Core application areas are expanding to include logistics, urban transportation, and emergency rescue [3] 4. Regional Development Dynamics - The Yangtze River Delta, Pearl River Delta, and Chengdu-Chongqing regions are emerging as key players in the low-altitude economy, with cities like Shanghai and Shenzhen leading in infrastructure and regulatory frameworks [4] 5. Investment Recommendations - The report suggests focusing on companies involved in aviation batteries and core components, low-altitude security and air traffic management systems, eVTOL and drone manufacturing, and infrastructure development [5]

Investment Rating - The report maintains a "Positive" investment rating for the computer industry, specifically focusing on Real World Assets (RWA) [4] Core Insights - RWA represents a transformative innovation in financial technology by converting real-world assets into digital assets on the blockchain, potentially leading to exponential growth in the sector [2][6] - The global RWA asset market reached $24.5 billion as of June 2025, with projections to exceed $16 trillion by 2030, indicating a significant opportunity for investment [6][18] - The report emphasizes the importance of regulatory frameworks being established globally to support the growth of RWA, with regions like Hong Kong and the EU leading the way [26][30] Summary by Sections RWA: Connecting Real World Assets to Blockchain - RWA involves the tokenization of tangible and intangible assets through blockchain technology, enhancing liquidity and reducing transaction costs [11][12] - The RWA market is rapidly expanding, with a diverse range of assets including real estate, bonds, and commodities being tokenized [15][16] RWA Issuance Process and Regulatory Framework - The RWA issuance process consists of five key steps: asset selection, legal and compliance framework establishment, technology implementation, token issuance, and ongoing management [21][23] - Various countries are developing regulatory frameworks for RWA, with Hong Kong adopting a sandbox approach to foster innovation while ensuring compliance [26][30] Expansion of Asset Classes and RWA Market - RWA assets can be categorized into cash flow, equity, and non-cash flow assets, with credit and bonds currently leading the market [35][36] - The report highlights the significant growth potential in the RWA sector, particularly in tokenized real estate and securities, which are becoming increasingly popular [46][53] RWA Industry Ecosystem - The RWA ecosystem is forming a collaborative industry chain involving asset providers, technology firms, platforms, compliance custodians, and investors [4][6] - Key players in the blockchain and fintech sectors are recommended for investment, including companies like 恒生电子 and 新国都 [2][6]

Investment Rating - The industry investment rating is maintained as "Positive" [2] Core Viewpoints - The report continues to favor investment opportunities in stablecoins and Real World Assets (RWA), emphasizing the potential for the development of RMB stablecoins to enhance the global influence of the RMB [6][12] - The implementation of the Hong Kong Stablecoin Regulation on August 1, 2025, will require licenses for issuing stablecoins, which is seen as a key entry point for traditional banks and fintech companies [7][13] - The market for stablecoins is rapidly expanding from cryptocurrency trading to broader payment applications, with significant growth in market size and trading activity anticipated [8][14] Summary by Sections Weekly Perspective - The report highlights the ongoing positive outlook for stablecoins and RWA investment opportunities, suggesting a combined development model for domestic and offshore RMB stablecoins [6][12] - The report notes that the Hong Kong Stablecoin Regulation will officially take effect on August 1, 2025, requiring licenses for stablecoin issuance, which will impact market dynamics [7][13] Company Dynamics - Companies such as iFlytek are forecasting a revenue increase of 15%-20% for the first half of 2025, while other firms like Rui Ming Technology expect a net profit increase of 53.64% to 77.90% [17] - Strategic collaborations are being formed, such as the partnership between Zhongke Xingtou and Zhongke Shuguang to advance technology in the space sector [22] Industry Dynamics - The report mentions that the AI unicorn Zhipu AI is preparing for simultaneous listings in Hong Kong and A-shares, indicating strong market interest [27] - Amazon is considering a significant investment in AI startup Anthropic, which reflects ongoing trends in the AI sector [30]

Core Viewpoint - The collaboration between Zhongke Shuguang and Zhongke Xingtou aims to innovate and apply space computing technology, addressing the challenges of traditional data processing methods in the context of increasing satellite data demands [1][3][5]. Group 1: Industry Growth and Challenges - China's commercial aerospace industry is experiencing rapid growth, with projected output increasing from 1 trillion yuan in 2020 to approximately 2.3 trillion yuan by 2024, reflecting a compound annual growth rate of 22.9% [3]. - The traditional "ground computing" model is becoming inadequate due to the increasing volume of satellite data and the limitations of data transmission methods, which face bandwidth and latency issues [3][4]. - The cost of deploying computing power in space is estimated to increase by 1000 times compared to ground deployment, necessitating the development of high-performance components specifically designed for space [4]. Group 2: Innovations in Space Computing - The emerging "space computing" model involves building a space computing constellation that processes satellite data using AI before transmission, thus overcoming traditional data transfer limitations [5]. - Zhongke Shuguang and Zhongke Xingtou plan to create a collaborative ecosystem for space computing, focusing on high-performance, low-power components and a comprehensive technology innovation chain [5]. - The collaboration aims to establish an integrated computing architecture that connects users, satellite edge computing, and ground-based cloud services, facilitating real-time data processing and resource sharing [5]. Group 3: Applications and Global Impact - The partnership is set to enhance various industries by providing space computing services, with applications extending to emergency rescue, meteorology, agriculture, and emerging fields like low-altitude airspace management [6]. - The goal is to offer accessible space computing services globally, bridging the gap in computational resources and promoting the sharing of space information across nations and industries [6][7].

Core Viewpoint - The collaboration between Zhongke Shuguang and Zhongke Xingtou aims to innovate and apply "space computing" technology, enhancing capabilities in various fields such as disaster monitoring, low-altitude tourism, and commercial aerospace [1][2][3]. Group 1: Collaboration Details - Zhongke Shuguang and Zhongke Xingtou signed a cooperation agreement to develop space computing technologies, focusing on space chip research and the construction of an open and inclusive space computing network [1][4]. - The partnership is expected to create a unified cloud computing system that integrates ground and space computing systems over the next three to five years [1][3]. Group 2: Industry Context - The space sector is entering a significant digital and intelligent transformation phase, leading to the emergence of new technologies and scenarios, with "space computing" being a crucial component [2][3]. - Satellites are essential for tasks such as remote sensing, satellite internet, and disaster warning, necessitating a deep integration of "space and computing" to build a new innovation chain [2][3]. Group 3: Technological Development - The two companies plan to jointly develop high-performance, low-power, and highly reliable specialized chips for space computing applications, creating a comprehensive innovation chain from chips to applications [4][5]. - Zhongke Xingtou will provide the requirements for space computing scenarios, while Zhongke Shuguang will leverage its advanced computing expertise to lead chip and system architecture design [4]. Group 4: Broader Impact - The collaboration aims to release the potential of "space computing" by promoting partnerships across various industries, creating replicable and scalable application benchmarks in areas like emergency rescue, meteorology, and agriculture [5][6]. - The initiative will also extend to emerging fields such as low-altitude airspace management and electromagnetic sensing, enhancing capabilities in communication, environmental monitoring, and smart transportation [6][7]. Group 5: Future Prospects - The open and inclusive "space computing network" is expected to expand application scenarios, providing high-speed internet access to remote areas and enabling real-time processing of remote sensing data [7]. - The network will support real-time positioning and path optimization for autonomous vehicles and drones, as well as offer low-cost computing services to commercial aerospace enterprises, further driving the commercialization of the aerospace industry [7].

Core Insights - The aerospace information industry in China is transitioning from "catching up" to "keeping pace" and even "leading" in certain areas, becoming a new engine for digital economic development [3] - The low-altitude economy is identified as a strategic emerging industry with significant market demand and development potential, expected to evolve into a trillion-level industry under national policy incentives [3] - The recent conference highlighted the importance of innovation systems and safety frameworks in the development of the low-altitude economy, emphasizing the integration of manned and unmanned systems [3][4] Industry Developments - The aerospace information industry is experiencing a golden opportunity period supported by national strategies, with companies like Zhongke Xingtu developing five core capabilities: data, computing, service, operation, and innovation [4] - Zhongke Xingtu has launched a comprehensive product matrix covering geographic information, commercial aerospace, and low-altitude economy, consisting of 27 products [4][5] - The company is focusing on building a full-industry chain for low-altitude economy, with a newly released platform that includes 20 products for low-altitude planning, safety assurance, and collaborative regulation [5] Technological Advancements - The current trend in commercial aerospace is the establishment of commercial remote sensing satellite constellations, which are essential for the application of aerospace information in the new era of digital earth [3] - Zhongke Xingtu is leveraging large models, big data, and high computing power to deepen its aerospace information technology, while also developing a commercial satellite constellation and low-altitude digital infrastructure [7]

Core Viewpoint - The low-altitude meteorological industry is entering a golden development period, driven by the opportunities presented by the low-altitude economy, which is a crucial component of new productive forces [4][5]. Group 1: Event Overview - The "2025 Aerospace Information Conference and the Zhongke Xingtou Ecological Development Conference" was successfully held in Hefei, attracting over 3,000 participants from various sectors [2]. - The "Low Altitude Meteorological Industry Development and Low Altitude Scene Innovation Application Sub-Forum" gathered over 300 experts and representatives to discuss new paths for the development of the low-altitude meteorological industry [2][4]. Group 2: Industry Insights - The low-altitude meteorological industry is characterized by new infrastructure, safety services, and scene empowerment, forming a new observation layer alongside ground and satellite meteorological networks [5]. - There is a growing demand for higher resolution, closer timeframes, and smaller scales in low-altitude meteorology, which presents significant technical challenges and opportunities for innovation [5]. Group 3: Policy and Market Dynamics - Strengthening policy collaboration and integrating meteorological observation standards with national low-altitude management policies is essential for creating an efficient institutional environment [4]. - The industry needs to stimulate market vitality and explore innovative models of government-enterprise collaboration to attract capital and technology into areas like precise forecasting and risk assessment [4]. Group 4: Technological Advancements - Reports presented at the forum highlighted the focus on developing turbulence theories, understanding wet convection processes, and establishing meteorological standards for low-altitude aircraft [10]. - The integration of AI technologies and new information technologies in low-altitude meteorology is expected to drive significant advancements in the field [5][19]. Group 5: Application Scenarios - Various applications of low-altitude meteorology were discussed, including water monitoring, energy facility inspections, airport safety operations, and emergency response [26]. - The forum showcased innovative solutions such as the "Tianxin Low Altitude Meteorological Service Platform," which provides three-dimensional monitoring and disaster diagnosis services for low-altitude flights [20][42]. Group 6: Future Directions - The forum emphasized the need for a comprehensive low-altitude service system that integrates production, education, research, and application to enhance the industry's capabilities [18]. - The successful establishment of a high-value exchange platform at the forum is expected to further stimulate industry vitality and contribute to the advancement of the low-altitude economy [44].

Group 1 - The 2025 Low Altitude Cloud Development Conference was successfully held in Hefei, focusing on building a low-altitude safety defense and promoting sustainable development of the low-altitude economy, with over 800 experts and industry elites in attendance [1][3][5] - The conference emphasized the importance of safety, innovation, and collaboration in the development of the low-altitude economy, which is seen as a strategic emerging industry for the country [3][5][7] - Various organizations, including China Transportation Association and China Information Association, are actively involved in enhancing low-altitude safety systems and promoting high-quality development of the low-altitude industry [5][7] Group 2 - Experts shared insights on the role of aerospace information technology in ensuring the safety of low-altitude economic development, highlighting its potential to become a trillion-dollar industry under favorable policies [11] - The conference featured discussions on low-altitude services empowering urban governance, with successful practices from Chongqing as a case study [13] - A collaborative ecosystem was established among 30 companies to focus on low-altitude safety technology research and resource integration, aiming for high-quality development of the low-altitude economy [15] Group 3 - The introduction of various low-altitude platforms and solutions, such as the low-altitude management platform and the low-altitude planning platform, aims to enhance local government capabilities in managing low-altitude traffic and safety [20][22] - The conference showcased innovative technologies, including AI applications in low-altitude logistics and electromagnetic safety systems, to address challenges in the low-altitude economy [24][40] - The importance of capital market support for low-altitude safety and the integration of financial services into the low-altitude infrastructure was discussed, indicating a growing interest in this sector [28] Group 4 - The conference highlighted the significance of collaboration between telecommunications and low-altitude services, with companies like China Mobile presenting their strategies for building a reliable low-altitude capability system [42] - The role of eVTOL technology in transforming urban transportation and its potential impact on the low-altitude economy was emphasized, showcasing its future significance [48] - The event concluded with a call for joint efforts to strengthen safety measures and develop a new ecosystem for low-altitude economic growth, focusing on technology collaboration and safety enhancement [52]

Market Review - On July 10, the Sci-Tech Innovation Artificial Intelligence ETF (Hua Xia, 589010) closed down 0.40%, with major holdings such as Kexing Map leading the decline at 2.55% [1] - The Robot ETF (562500) also closed down 0.36%, with Zhongdali De leading the drop at 3.99% [1] - The trading volume for the day was 496 million yuan, making it the top ETF in terms of trading amount among similar products [1] - The Robot ETF saw a net inflow of 56 million yuan, with 7 out of the last 10 trading days showing net inflows totaling 391 million yuan, leading among comparable funds [1] Hot News - On July 10, XPeng Motors announced the full rollout of its AI Tianji system with new features aimed at enhancing driving experience and safety, including a custom parking function [2] - On the same day, Keling AI launched the Ketu 2.1 model, which significantly upgrades instruction-following capabilities and enhances text generation effects, available for free to all members for 7 days [2] - Tesla applied to operate robot taxis in Phoenix, Arizona, directly competing with Waymo, focusing on a camera-based approach for its autonomous vehicles [2] Institutional Views - According to招商证券, the global large model technology is entering a phase of deep competition, with differentiated development paths in China and the US [3] - Overseas giants like OpenAI, Google, and Anthropic focus on multimodal understanding and complex reasoning capabilities, supported by strong foundational research [3] - Domestic chip manufacturers are advancing the process of domestic substitution, with improvements in databases and development platforms for model training, indicating a positive industry outlook [3] Popular ETFs - The Robot ETF (562500) is the only fund in the market with a scale exceeding 10 billion yuan, offering the best liquidity and comprehensive coverage of the Chinese robotics industry [4] - The Sci-Tech Innovation Artificial Intelligence ETF (Hua Xia, 589010) captures the "singularity moment" of the AI industry with a 20% fluctuation limit and small to mid-cap elasticity [4]

Core Viewpoint - The forum on commercial aerospace industry development and innovation highlighted the importance of talent cultivation and the establishment of a talent alliance between universities and enterprises to support the sustainable growth of the industry [3][4][5]. Group 1: Industry Development - The commercial aerospace sector is increasingly integrated into daily life through technologies such as satellite navigation used in smartphones and vehicles [3]. - Anhui enterprises have established a closed-loop industrial chain covering satellite design, launch, and operation, enhancing their competitiveness in the international market [3][4]. - The forum emphasized that talent cultivation is crucial for the sustainable development of the aerospace industry, with a focus on building a talent pipeline [4]. Group 2: Talent Cultivation Initiatives - The "Aerospace Youth Scientist Cultivation Program" was launched by the China Astronautics Society Youth Scientist Club in collaboration with 12 leading commercial aerospace companies to create a talent cultivation alliance between universities and enterprises [4][5]. - This program aims to align academic research with industry needs, providing students with insights into the aerospace sector and facilitating their career choices [4]. - The initiative will offer more engineering application scenarios for young researchers and expand talent reserves for enterprises, ultimately fostering innovation and employment opportunities [5].