Core Insights - The event "Trillion Low-altitude Market, Drones Take Off First" highlighted the development of a digital low-altitude intelligent service system and its applications in various sectors, emphasizing the importance of drone technology in urban management and emergency response [2][3]. Group 1: Digital Low-altitude Intelligent Service System - The digital low-altitude intelligent service system is being constructed under government guidance, featuring a model of "three networks, two platforms, one center, and N applications" [3][5]. - The "three networks" include a low-altitude facility network, a low-altitude data network, and a low-altitude route network, which together support low-altitude flight operations [5]. - The "two platforms" consist of a low-altitude application service platform, which enhances regional observation capabilities and public service levels [5][6]. - The "one center" refers to a low-altitude operation service center that provides essential services such as flight planning and emergency response [5][6]. - The "N applications" indicate the wide applicability of the system across various sectors, including urban management, energy, environmental monitoring, and public safety [6]. Group 2: Drone Governance and Countermeasures - The governance of drones involves two categories: cooperative targets and non-cooperative targets, each requiring different management methods and technical approaches [10][11]. - For cooperative targets, the governance relies on known communication links, while non-cooperative targets present higher technical challenges due to their unpredictable communication frequencies [11][12]. - The industry is moving towards a more complex drone governance landscape, necessitating advanced electronic countermeasures and multi-modal detection methods [13][14]. - The implementation of the "Interim Regulations on the Management of Unmanned Aerial Vehicle Flights" marks a significant shift in drone governance from managing cooperative targets to defending against non-cooperative threats [13]. Group 3: Domestic Aviation Engine Development - The focus on developing low-cost, domestically controllable aviation engines is crucial for the low-altitude economy, with companies like Hongpeng Aviation leading the way [18][19]. - Hongpeng Aviation aims to meet the demand for small to medium-sized aviation engines, targeting the low-altitude economic sector [19]. - The company has adopted strategies to reduce costs significantly, with some products expected to be priced at one-third of competitors' prices [19][23]. - The Chinese aviation engine industry excels in material and processing capabilities but faces challenges in design and engineering applications [23]. Group 4: Industry Trends and Future Directions - The event discussed the current state of drone chip localization and the effectiveness of AI technology in enhancing drone safety and operational capabilities [24]. - The integration of unmanned systems is expected to lower operational costs for government agencies, as data can be shared across various units [25]. - Investors are encouraged to focus on companies with strong R&D capabilities in the drone governance sector, particularly those addressing non-cooperative target detection and countermeasures [26]. - The future of drone technology may hinge on breakthroughs in signal-level control and the ability to manage non-cooperative targets effectively [27].