这些便捷服务的实现，离不开民航产业链的协同配合和海量订单的快速处理。随着航空公司加快向"综 合零售服务商"转型，建设高效、智能的结算体系已成为行业发展的必然选择。在这一关键节点上，中 国航空结算有限责任公司积极求变，携手腾讯云构建面向未来的智慧结算体系，推动自身从行业"账房 先生"升级为服务民航业高质量发展的"数据与金融赋能者"。 在近日举办的2025腾讯全球数字生态大会上，中国航空结算有限责任公司总经理张卫群接受本报记者专 访时表示，公司将持续以新技术构建智慧结算体系，助推资金流、信息流、价值流高效流转，为企业运 营和行业发展注入源源不断的商业活力。 乘坐飞机出行时，你有多久没有打印过纸质客票了？ 在智慧民航建设加快推进的今天，航空出行正变得更加智慧化、数字化、轻量化。旅客可以通过多种途 径轻松订票，也可以在手机上完成里程兑换、餐食预订、代客泊车等多样化服务，更可以凭一张身份证 实现全流程畅行。 在民航领域，一场商业变革近在眼前。 今天，智慧民航建设正在全方位重塑行业形态与发展格局。随着数字化转型进入关键期，航空公司在业 务层面也加快由"运输服务提供商"向"综合零售服务商"转型。 作为民航运输领域的专业结算 ...

Summary of Key Points from the Conference Call Company Overview - **Company**: JXFH (佳讯飞鸿) - **Industry**: Air Traffic Management and Rail Transportation Core Industry Insights - JXFH focuses on air traffic management (ATM) with products like voice switching systems aimed at replacing imported equipment, which currently has a domestic substitution rate of only 15% [2][4][8] - The company is transitioning from a passive to an active international market strategy, targeting regions such as Africa, Southeast Asia, Central Asia, and the Middle East, with a recent contract win in South Africa worth 40 million RMB [2][6] Product Development and Market Potential - JXFH has launched several products, including the VCS8,800 voice communication switching system and NDR8,800 recorder, with a domestic production rate of over 95% for VCS8,800 [2][11] - The company aims to increase the domestic production rate of new ATM equipment from 60% to 80% during the 14th Five-Year Plan period, with further increases planned for the 15th period [8][9] - The voice communication switching system currently relies 85% on imports, indicating significant potential for domestic substitution [8][18] Strategic Growth Initiatives - JXFH has established a 3D growth strategy focusing on deepening applications in rail digitalization and expanding into new areas like ATM [2][7] - The company is leveraging partnerships with tech giants like Huawei and Baidu to enhance its AI strategy and expand into emerging businesses such as low-altitude communication [2][7] Competitive Landscape - JXFH faces competition from foreign manufacturers, domestic research institutions, and a few private enterprises [18] - The company aims to compete with established foreign suppliers by enhancing its technology and product quality, focusing on domestic market needs for increased localization [18][19] Financial Performance and Market Size - The domestic market for JXFH's products is estimated at around 10 billion RMB, while the overseas market could be ten times larger, indicating a potential market size exceeding 100 billion RMB [17] - The company’s products are not priced per airport but based on the number of control center positions, leading to high gross and net profit margins [16] Future Directions - JXFH plans to continue focusing on voice communication applications while exploring innovations such as voice translation and system interoperability [15][31] - The company is also looking to tap into the low-altitude economy market, which is expected to require numerous command centers and communication equipment [30][31] Recent Achievements and Challenges - JXFH has become the only manufacturer to obtain licenses for voice communication systems and recorders post-pandemic, positioning itself favorably in the market [19][28] - The company is actively working on building trust and relationships with air traffic control agencies to facilitate future procurement [29] Conclusion - JXFH is strategically positioned to capitalize on the growing demand for domestic air traffic management solutions, with a strong focus on product innovation, market expansion, and competitive positioning against foreign suppliers. The company's proactive approach in international markets and commitment to increasing domestic production rates highlight its potential for significant growth in the coming years.

Core Viewpoint - Youjia Innovation has achieved a significant breakthrough in the smart civil aviation sector by winning the bid for the L4 autonomous shuttle project at Ezhou Huahu International Airport, marking a step forward in the commercialization of L4 technology [1] Group 1: Project Overview - The project represents Youjia Innovation's first commercial application of autonomous driving at an airport, providing L4 autonomous shuttle services [1] - The L4 autonomous shuttle integrates multi-modal perception, intelligent decision-making, and global scheduling, aimed at serving high-frequency core scenarios such as crew transfers, employee commuting, and border inspection coordination [1] Group 2: Safety and Technology - The autonomous shuttle is designed to meet stringent safety standards and complex traffic rules in airport ground operations, utilizing a multi-sensor fusion perception system for 360° coverage and centimeter-level positioning [2] - The vehicle features a "vehicle-grade hardware + multi-redundancy design" approach, ensuring emergency handling capabilities such as remote emergency stop, two-way voice communication, real-time video monitoring, and multi-source alarm response [2] Group 3: Customization and Challenges - Youjia Innovation has developed a customized autonomous driving solution for airport shuttle scenarios, including a vehicle management platform, intelligent scheduling system, and operational support system [3] - The autonomous shuttle is equipped with long endurance capabilities, autonomous charging, and supports a mixed operation mode of "fixed-point circulation + appointment scheduling" to address high-frequency shuttle demands and operational challenges [3] Group 4: Market Potential and Future Plans - The company is one of the few in China with comprehensive self-research capabilities across L1 to L4 levels, driving the integration and innovative application of L4 autonomous driving solutions in various scenarios [4] - The global market for L4 commercial vehicle solutions at airports is expected to exceed 7.4 billion RMB by 2030, with Youjia Innovation poised to contribute to the high-quality development of smart civil aviation [4] - The company plans to focus on customer needs, scene-specific solutions, product iteration, and expanding its boundaries, aiming to extend autonomous driving capabilities to more high-value and complex operational scenarios [4]

香港交易及結算所有限公司及香港聯合交易所有限公司對本公告的內容概不 負 責，對 其 準 確 性 或 完 整 性 亦 不 發 表 任 何 聲 明，並 明 確 表 示，概 不 對 因 本 公 告 全部或任何部分內容而產生或因依賴該等內容而引致的任何損失承擔任何責 任。 Minieye Technology Co., Ltd （於中華人民共和國註冊成立的股份有限公司） 深圳佑駕創新科技股份有限公司 （股份代號： 2431） 自願性公告 有關中標鄂州花湖國際機場無人駕駛擺渡車項目 本 公 告 乃 由 深 圳 佑 駕 創 新 科 技 股 份 有 限 公 司（「本公司」），連 同 其 附 屬 公 司 統 稱 「本集團」）自 願 刊 發。 本 公 司 董 事 會（「董事會」）欣 然 宣 佈，本 集 團 近 期 成 功 中 標 中 國 湖 北 省 鄂 州 花 湖 國 際 機 場 無 人 駕 駛 擺 渡 車 項 目（「鄂州機場項目」）。鄂 州 花 湖 國 際 機 場 為 全 球 第 四、亞 洲 首 個 專 業 貨 運 樞 紐 機 場。鄂 州 機 場 項 目 為 本 集 團 首 個 機 場 自 動 駕 駛 商 業 化 項 目。 ...

Core Insights - The article highlights the successful implementation of a digital notification system for restricted items in passenger transport by Beijing Shouxin Ground Services Co., Ltd, marking a significant step towards enhancing customer experience in the aviation industry [1][5]. Group 1: Industry Challenges - The traditional paper-based notification process for restricted items has been inefficient, consuming significant time and resources, with over a thousand documents processed daily and more than several tons of paper used annually [2]. - The complexity of legal validation for paper documents has created challenges in responsibility assignment during disputes, necessitating a more efficient and reliable solution [2]. Group 2: Technological Innovations - The new system integrates "electronic certification + blockchain" technology, allowing for a 70% increase in efficiency, with electronic signatures completed in under 30 seconds [3]. - Each signed record is stored on the blockchain, ensuring immutability and traceability, while reducing the time required for safety responsibility determination from 2 hours to just 10 minutes [3]. Group 3: Service Upgrades - The digital notification system represents a shift in service philosophy from compliance to enhancing customer experience, significantly reducing wait times for passengers [5]. - The system has been positively received by frequent travelers and foreign passengers, who appreciate the convenience and efficiency it brings to the check-in process [5]. Group 4: Future Developments - The company plans to accelerate its digital transformation, with ongoing tests for optimizing interaction processes for special passenger groups, such as the elderly and children [5][6]. - The initiative is part of a broader strategy to integrate technology throughout the passenger journey, enhancing both safety and convenience [6].

Core Insights - The civil aviation industry in China is showing signs of steady recovery, with significant growth in transportation turnover, passenger volume, and cargo volume in the first quarter of the year [1] - The industry is leveraging digital opportunities to enhance smart aviation construction, implementing technologies like facial recognition and paperless customs to improve efficiency and passenger experience [1] - A roadmap for smart aviation aims for substantial improvements in digital perception, data decision-making, and service capabilities by 2035, establishing a comprehensive smart aviation ecosystem [1] Group 1: Industry Performance - In the first quarter, the civil aviation sector achieved a total transportation turnover of 385.9 billion ton-kilometers, a passenger transport volume of 19 million, and a cargo volume of 2.243 million tons, representing year-on-year growth of 10.5%, 4.9%, and 11.7% respectively [1] Group 2: Digital Transformation - The industry is focusing on enhancing the autonomous controllability of its "smart brain" through technological innovation, emphasizing the importance of reducing external dependencies and ensuring stable operation of information platforms [2] - There is a need for integration of digital technologies with aviation logistics, promoting smart freight scenarios through electronic waybills, intelligent security checks, and automated warehouse construction [2] Group 3: Data Integration and Security - The digital transformation of civil aviation faces challenges such as "data silos," where data barriers between airlines, air traffic control, and airports remain unbroken, hindering data flow and standardization [3] - Protecting passenger privacy in applications like facial recognition and itinerary prediction is crucial for the sustainable development of the industry, alongside addressing network security and data leakage risks [3] Group 4: Future Directions - The next focus for the industry is to upgrade infrastructure to create a smart travel service system that offers comprehensive, high-quality aviation services and integrated logistics solutions [1][2]

Group 1 - The 2025 China Robot Competition and RoboCup China was held in Beijing, with participation from 230 teams across 72 universities, including the Civil Aviation Flight University of China, which won one first prize, one second prize, and one third prize [1] - The robot soccer competition focuses on assessing students' knowledge and skills in robot motion control algorithms, visual algorithms, and gait algorithms, serving as an effective platform for cultivating engineering practice and innovation abilities [2] - The university is actively promoting the reform of innovative talent training models, establishing a system for student innovation practice that integrates interdisciplinary resources and builds a first-class training environment [2] Group 2 - The university plans to deepen the educational philosophy of "promoting teaching, learning, and innovation through competitions," aiming to enhance students' theoretical foundation and practical skills [3] - There is an emphasis on optimizing the construction of disciplines such as artificial intelligence and leveraging key laboratory advantages to build a smart civil aviation talent training system [3] - The goal is to create an innovative education platform and cultivate high-quality guidance teams to support the university's role in the development of smart civil aviation [3]

Core Insights - The civil aviation industry in China has achieved significant qualitative and quantitative growth in 2024, marking a new stage in the construction of a strong transportation nation under the leadership of the central government [2][6] Group 1: Safety and Operational Performance - The civil aviation sector maintained a strong safety record in 2024, with no transportation accidents reported and a major accident rate of 0.024 per million flights over ten years [2][3] - The total air transport volume reached historical highs, with passenger traffic exceeding 700 million for the first time and cargo volume nearing 900 thousand tons [3][4] - The average daily utilization of registered transport aircraft increased to 8.89 hours, up by 0.77 hours year-on-year, with passenger load factors reaching 83.3% [3][4] Group 2: Strategic Development and Infrastructure - The industry implemented the "New Era New Journey" action plan to support national strategies, enhancing its role as a strategic industry [3][4] - By the end of 2024, the number of certified transport airports reached 263, with a net increase of 4 airports, and the fleet size grew to 4,394 aircraft, adding 124 aircraft during the year [4][5] Group 3: Service Quality and Customer Experience - The average on-time performance rate for passenger airlines was 87.1%, maintaining above 80% for seven consecutive years, and 257 airports achieved "paperless" travel [5] - A total of 126,000 passengers benefited from a seamless travel service that includes a single payment, check-in, security check, and baggage handling [5] Group 4: Innovation and Sustainability - The industry saw a significant increase in drone registrations, with 1.619 million registered users and 2.177 million drones, reflecting nearly 100% growth [5] - The civil aviation sector initiated sustainable aviation fuel trials and improved energy efficiency, achieving a 20.5% reduction in fuel consumption per ton-kilometer since 2005 [5][6]

Core Insights - The Chinese civil aviation industry is experiencing a historic recovery, with passenger transport volume reaching 730 million in the past year, a year-on-year increase of 18.1%, and international passenger volume increasing by 130% [1] - The transformation towards a smart civil aviation sector is being driven by the dual forces of AI technology revolution and domestic upgrades, emphasizing the importance of database technology [1][3] AI and Domestic Upgrade Challenges - The traditional centralized databases are becoming a bottleneck for AI implementation due to rigid architecture and insufficient scalability, hindering real-time analysis and high concurrency processing [2] - The civil aviation sector has a clear timeline for domestic system upgrades, with a target to complete the operational system's domestic upgrade by June 2024 and achieve comprehensive domestic transformation by 2027 [2] - Current core systems still heavily rely on traditional databases like Oracle and MySQL, posing data security risks and dependency issues [2] Integrated Database for Smart Civil Aviation - The "root self-research" database is essential for avoiding risks associated with foreign open-source technologies, ensuring 100% self-research as a foundational upgrade [3] - The database should allow for smooth migration from existing systems, be easy to manage, and offer low costs, with OceanBase providing high performance and compatibility [3] - Future-oriented databases must support multi-architecture integration to ensure business continuity in critical operations [4] High Availability and Disaster Recovery - Integrated databases can achieve high availability and disaster recovery through various deployment models, ensuring minimal downtime and robust operational continuity [4] - OceanBase has achieved RPO=0 and RTO<8s, providing a strong safety net for complex civil aviation scenarios [4][6] Multi-Workload and Multi-Modal Integration - The ability to handle multiple workloads (TP+AP) is crucial for real-time adjustments during peak booking periods, ensuring rapid response times [5] - The database must support multi-modal data processing to effectively manage semi-structured and unstructured data, enhancing operational efficiency [5] Industry Adoption and Success Stories - China Aviation Information Technology Co. has initiated a pilot upgrade of its core systems based on OceanBase, aiming for full domestic integration by 2024 [6] - China United Airlines has successfully implemented OceanBase, enabling innovative services like the first blind box ticketing system, demonstrating the database's reliability and performance [6] - Changlong Airlines has reported a 70% reduction in storage costs and zero downtime since adopting OceanBase, showcasing its effectiveness in real-time data analysis [6][7] Conclusion - The civil aviation industry is leveraging integrated databases as a pivotal tool for digital transformation, aiming to build a secure, agile, and intelligent data foundation to support the development of smart civil aviation [7]