大会中，还发布了《低空新基建白皮书》，该书由湖北省住建厅指导，华中科技大学与深圳市航空业协 会主编，全球无人机出海中心深度参与。从空间规划、基础设施、标准体系的顶层设计层面，为中国低 空经济的规范化、规模化发展铺设跑道，为无人机应用场景的全球化复制奠定基础。 据悉，全球无人机出海中心讲持续聚焦于三个维度发力：构建全球资源整合的"信任网络"，编织一张覆 盖"政、产、学、研、用、金"的立体化信任网络；打造合规高效出海的"服务总台"致力于为企业可理 解、可执行、可预期的标准化服务。运营线上线下联动的"永续市场"，打造全球无人机交易与协作平 台。（编辑：贾昊天 校对：许浩存 审核：韩磊） 《中国民航报》、中国民航网 记者梁永军报道：12月18日，由深圳市航空业协会主办、全球无人机出 海中心协办、Aila承办的"低空出海 协同共赢"大会在深圳市会展中心（福田）举办。大会汇聚了来自全 国各地政、校、产、企、融等各界的嘉宾与行业精英参加。 在大会上，"深圳前海出海一站通" × "全球无人机出海中心" 进行了战略签约，此举标志着出海服务 从"单点支持"升级为"体系赋能"。企业将享受从前海政策红利、跨境金融服务、数字化通关，到 ...

Core Viewpoint - The article discusses the supply chain competition between DJI and Yingshi, highlighting a broader trend across various industries where leading companies require exclusive agreements from suppliers, raising questions about the implications for innovation and competition in China's manufacturing sector [1][2]. Group 1: Supply Chain Dynamics - The phenomenon of "one or the other" in supply chain agreements is not unique to the drone industry but is observed in consumer electronics and home appliances [1]. - Leading companies seek influence over their supply chains, which can be justified as a means to protect prior innovation investments [1]. - However, when exclusivity extends beyond core components to semi-custom parts and secondary suppliers, it can lead to excessive control over the supply chain, potentially resulting in non-market resource squeezing [1]. Group 2: Long-term Implications - Short-term strategies to control resources may hinder competitors but could ultimately obstruct knowledge flow and weaken the overall innovation capacity of the supply chain [2]. - The true competitiveness of Chinese manufacturing relies on a complete, collaborative, and flexible industrial system, supported by numerous small and medium enterprises [2]. - An advanced manufacturing nation thrives not on closed-off competitive advantages but on an open ecosystem that fosters growth and innovation among all participants [2]. Group 3: Recommendations for Improvement - Clearer regulations are needed to define the boundaries of monopoly and unfair competition, protecting smaller players and guiding market leaders to avoid endless commercial disputes [3]. - Companies should adopt tiered supply chain cooperation models, ensuring necessary protections for unique technologies while maintaining openness for standardized components [3]. - Industry leaders must balance protecting innovation with promoting industry progress, recognizing that true competition lies in advancing the entire ecosystem rather than merely defeating rivals [3].

Core Viewpoint - A healthy and open supply chain ecosystem ultimately benefits all participants, including today's market leaders, and the competitiveness of this ecosystem determines how far leading companies can go [1]. Group 1: Supply Chain Dynamics - The article discusses the "either-or" phenomenon in supply chains, particularly highlighted by the competition between DJI and Yingshi, which is not unique to the drone industry but prevalent across various sectors like consumer electronics and home appliances [2]. - The discussion emphasizes the importance of a competitive environment and innovation ecosystem to support China's transition from a manufacturing giant to an advanced manufacturing power [2]. - Leading companies seek influence over supply chains for valid business reasons, and the practice of exclusive agreements should be analyzed on a case-by-case basis [2][3]. Group 2: Risks of Over-Control - Short-term strategies that enhance control over supply chains may hinder competitors' access to resources, but long-term implications could obstruct knowledge flow and weaken innovation capabilities across the supply chain [3][4]. - The true competitiveness of Chinese manufacturing is rooted in a complete, collaborative, and resilient industrial system, supported by numerous small and medium enterprises [4]. Group 3: Recommendations for Improvement - To escape the cycle of "involution" and zero-sum competition, collaboration and restraint among regulatory bodies, leading companies, and suppliers are essential [4][5]. - Clearer rules are needed to define the boundaries of monopoly and unfair competition, protecting smaller participants while regulating market leaders to avoid endless commercial disputes [5]. - Companies should explore tiered supply chain cooperation models, maintaining openness for standardized components while protecting core proprietary technologies [5].

Group 1: Breakthroughs in Technology - Shanghai Jiao Tong University has achieved a significant breakthrough in the field of optical computing chips, realizing the world's first all-optical computing chip capable of supporting large-scale semantic media generation models, named LightGen [1][2] - The LightGen chip demonstrates a theoretical performance increase of 7 orders of magnitude in computing power and 8 orders of magnitude in energy efficiency when using advanced input devices [2] Group 2: Financial Performance of ByteDance - ByteDance is expected to achieve a record profit of approximately $50 billion (about 352.5 billion RMB) this year, driven by its expansion in e-commerce and new markets [4] - In the first three quarters of this year, ByteDance has already realized a net profit of about $40 billion, surpassing its internal target set for 2025 [4] Group 3: IPO and Growth of Zhipu Technology - Zhipu Technology has disclosed its IPO prospectus, aiming to become the first global public company focused on AGI foundational models, with projected revenues of 57.4 million RMB in 2022, 124.5 million in 2023, and 312.4 million in 2024, reflecting a compound annual growth rate of 130% [4][5][6] - The company, founded in 2019, has developed a comprehensive model matrix covering language, code, multimodal, and intelligent agents, maintaining technological parity with global leaders [5] Group 4: Automotive Developments - Xiaomi has obtained an L3 level road testing license for its automotive division, indicating its active participation in the autonomous driving sector [8] - The license allows Xiaomi to conduct conditional autonomous driving tests on designated high-speed roads in Beijing, contributing to the exploration of safer and smarter personal transportation services [8] Group 5: Advancements in Semiconductor Technology - A secret laboratory in China has reportedly assembled the first prototype of an EUV lithography machine through reverse engineering of ASML's existing products, marking a significant technological leap [16] - This prototype is expected to undergo testing and aims for trial production of prototype chips by 2028, indicating rapid advancements in China's semiconductor capabilities [16]

Core Viewpoint - The rapid development of drone football in China combines technology and traditional sports, engaging youth and enhancing their skills while contributing to the low-altitude economy [1][26]. Group 1: Development and Participation - Drone football has gained popularity in cities like Beijing, Shanghai, and Guangzhou, with schools initiating training programs [1]. - The first Flying Football Championship in Suzhou attracted participation from 110 schools and over 700 students, showcasing high youth engagement [1]. - The sport is characterized by real-time 5v5 or 3v3 team matches, emphasizing both competitive and technological aspects [2]. Group 2: Training and Skills Development - Training involves high levels of concentration, teamwork, and tactical communication among participants [4]. - The training curriculum progresses from basic principles to tactical confrontations, integrating knowledge of aerodynamics and flight control [18]. - Students learn not only to operate drones but also to maintain and repair them, enhancing their problem-solving skills [14][16]. Group 3: Integration of Technology and Sports - The drone football sport utilizes drones with a diameter of approximately 40 cm and a weight of under 200 grams, capable of speeds between 200 to 300 km/h [14]. - The sport's design encourages the development of strategic thinking and enhances students' interest in learning [23]. Group 4: Economic Implications - The rise of drone football is closely linked to the rapid growth of China's low-altitude economy, preparing talent for future industry needs [26]. - The sport promotes the development of related industries, such as flight control and drone manufacturing, which are undergoing rapid updates [27]. - The integration of drone football into educational programs is seen as a way to cultivate future professionals in the low-altitude economy [26][32]. Group 5: Industry Collaboration and Growth - In Chengdu, the drone football events have led to collaborations between manufacturers and software developers, enhancing the quality of domestic drones to meet international standards [31]. - The local industry is focused on training drone operators, contributing to the supply of skilled professionals in the low-altitude economy [32]. - Chengdu's comprehensive drone industry chain includes hardware manufacturing, software development, and professional training, fostering a robust ecosystem [34].

Core Insights - South Korea's drone export value reached 36.8 billion KRW by November 2023, marking a 58% year-on-year increase, with the number of export destination countries growing from 13 to 30 [1] Group 1: Export Composition - 84% of the exports were complete drones, 13% were services, 2% were components, and 1% was software [1] Group 2: Industry Initiatives - The Ministry of Land, Infrastructure and Transport is collaborating with the Korea Aerospace Research Institute to advance the overseas expansion of the drone industry, with plans for the "2026 Korea Drone Expo" and "Global Drone Cooperation Conference" to promote entry into the U.S. market [1]

Core Viewpoint - The company, Koli'er (002892), is focusing on the upstream of the drone industry chain, leveraging its core technologies in motors and intelligent drive control systems [1] Company Developments - The company has successfully made sales to Shenzhen Meituan Low-altitude Logistics Technology Co., Ltd. and aims to expand its customer base within the drone industry [1] - Currently, the revenue from the drone business is relatively small and has not significantly impacted the overall operating performance of the company [1] Industry Context - The expansion of the drone market is influenced by multiple factors, including policies, technology, and market competition, which introduce a degree of uncertainty [1]

Group 1 - The 2025 Bay Area Cross-Border New Power Brand Summit held on June 26 in Shenzhen attracted over 1,000 exhibitors and industry elites, marking a significant event in the cross-border e-commerce sector for the first half of the year [2] - The upcoming Bay Area Cross-Border Outbound Forum on December 25 will focus on "Intelligent Manufacturing Going Abroad, Cross-Border Towards New," featuring top guests and industry leaders discussing strategies and practical methods for going global [2] - The forum will include unique segments such as a private yacht networking event, aimed at creating a dual feast of ideas and resources for cross-border professionals [2] Group 2 - The forum will feature over ten leading figures in the cross-border outbound field, covering key areas such as brand expansion, supply chain, platform operations, and marketing, sharing frontline practical experiences [3] - Notable speakers include Bao Xiao from Hailan Home, who will discuss the strategic layout and experiences of traditional apparel brands going global, and Li Yifan from Heybike, who will reveal secrets to rapidly capturing overseas markets in the electric bicycle sector [4][5] - Wang Xuan from HOVERAir will analyze the product innovation and market adaptation logic for tech products going abroad, showcasing the evolution of consumer drones [6] Group 3 - The forum will address practical methods for brand operation from scratch, with speakers like "Little Prince" from Huakai Yibai sharing content marketing strategies, and Wang Mengshan discussing the underlying logic of creating explosive products [7] - Ouyang Zhijun from Langhua Group will present solutions for empowering industry outbound through supply chain finance, highlighting the group's projected revenue of 320 billion yuan and import-export volume exceeding 920 billion yuan by July 2025 [8] Group 4 - The forum will also feature a roundtable discussion with industry experts on trends, challenges, and opportunities in cross-border outbound for 2026, fostering deep discussions among participants [9] - The establishment of the Cross-Border Outbound Alliance aims to integrate resources and professional research to continuously empower the high-quality development of the cross-border industry [10] - The agenda includes various segments such as keynote speeches, the launch of the Cross-Border Outbound Alliance, and a networking session, addressing core topics like brand strategy, supply chain empowerment, and content marketing [10]

Core Insights - China is making significant advancements in autonomous technologies, including self-driving delivery vehicles, flying cars, and battery-swapping robots, which are being rapidly deployed in urban settings [1][2][3] Group 1: Autonomous Vehicles and Delivery Systems - The city of Hefei is leading in low-altitude economy and electric vertical takeoff and landing (eVTOL) aircraft, with its "air taxi" service transitioning from testing to commercial operation [3] - Autonomous delivery vehicles are increasingly replacing human drivers in the "last mile" delivery segment, with small self-driving trucks capable of carrying 300 to 500 packages [9][11] - The deployment of autonomous delivery systems is not limited to urban areas; these technologies are also being utilized in rural regions, as evidenced by the experience of a self-driving truck yielding to water buffalo [1][9] Group 2: Electric Vehicles and Charging Infrastructure - China has established 18.6 million public charging stations, effectively addressing range anxiety for electric vehicle users, even in remote areas [5][6] - New electric vehicle models can achieve a fast charge in just five minutes, showcasing advanced technology comparable to mobile smartphones [5] - Automated battery-swapping stations are common, allowing for battery replacement in just three minutes, enhancing the convenience of electric vehicle usage [6][12] Group 3: Drone Delivery and Urban Logistics - Drone delivery services are being utilized for various applications, including the rapid transport of medical supplies and food, demonstrating their potential to improve urban logistics [9][12] - The integration of drones into everyday life is seen as a significant advancement in addressing delivery delays caused by ground traffic congestion [9] Group 4: Broader Technological Integration - The rapid testing and implementation of various technologies, such as autonomous buses and hydrogen fuel cell vehicles, reflect China's commitment to technological innovation in public transport [12] - The use of unmanned systems in public services, such as automated vending machines, indicates a willingness to push the boundaries of transportation technology [12] - China's approach contrasts with the more cautious stance of Western countries, emphasizing a strong desire to lead in clean energy technologies and their global market deployment [12]

Core Insights - China is making significant advancements in autonomous technologies, including self-driving delivery vehicles, flying cars, and battery-swapping robots, which are being rapidly deployed in urban settings [1][12] - The city of Hefei is at the forefront of low-altitude economy and electric vertical takeoff and landing (eVTOL) aircraft, transitioning from testing to commercial operations [3][12] - The integration of advanced technologies into daily life in China is creating a competitive edge in future transportation and urban management [1][12] Autonomous Vehicles and Delivery Systems - Hefei has implemented small autonomous delivery vehicles capable of carrying 300 to 500 packages, which navigate complex urban traffic using advanced sensors and software [9] - The use of autonomous delivery vehicles is expanding into rural areas, demonstrating their versatility and adaptability in various environments [9] - The city has also introduced drone delivery services for urgent medical supplies, showcasing the technology's potential to enhance public welfare [9] Electric Vehicles and Charging Infrastructure - China has established 18.6 million public charging stations, effectively addressing range anxiety for electric vehicle users [5] - New electric vehicle models can achieve a fast charge in just 5 minutes, reflecting the advanced technology in Chinese electric cars [5] - Automated battery-swapping stations are becoming common, allowing for battery replacements in just three minutes, further enhancing the convenience of electric vehicle usage [6] Urban Transportation Innovations - Hefei's "air taxis" are now in commercial operation, with a flight duration of up to 25 minutes and a speed of approximately 128.75 km/h [3] - The integration of autonomous driving technology in public transportation, including subways and buses, is being actively tested across various cities in China [12] - High-speed rail services are also incorporating innovative features, such as in-seat ordering for food and beverages, enhancing passenger experience [12] Overall Technological Landscape - The rapid deployment of various autonomous technologies in China reflects a strong commitment to innovation and practical application, contrasting with the more cautious approach seen in many Western countries [12] - The ongoing real-world testing of these technologies in cities like Hefei is generating valuable operational experience, which is crucial for future improvements and scalability [12] - China's ambition extends beyond domestic applications, aiming to lead in clean energy technologies and expand their market presence globally [12]