江山如画 | 从“人追问题”到“问题找人”：低空技术改变城市治理方式

Core Insights - The implementation of a drone-based smart platform for river and lake inspections in Changzhou has significantly improved the efficiency of identifying potential hazards, transitioning from a reactive to a proactive approach in water management [1] - The low-altitude economy is rapidly developing in Changzhou, with the establishment of a comprehensive drone inspection network that enhances water governance and addresses challenges posed by the region's complex water systems [1][2] - The drone platform has been deployed across various sectors, including emergency services, public safety, and healthcare, demonstrating its versatility and effectiveness in improving public service delivery [2][3] Summary by Sections Drone Inspection Platform - The drone inspection platform allows for full coverage of river and lake areas, enhancing the speed and efficiency of hazard detection and response [1] - The technology integrates drone networks, AI diagnostics, and automated task assignments, marking a shift from passive to active problem-solving in water management [1] Data Utilization and Applications - The drone operations have accumulated significant data, equating to over 130,000 kilometers flown, which is valuable for grassroots governance [2] - The platform has been deployed in 27 different scenarios, effectively addressing issues of redundant investment and data silos [2] Healthcare Logistics - The drone service has established four medical logistics routes for Changzhou's First People's Hospital, delivering over 4,500 medical supplies and saving 520 hours in transportation time [2] - This logistics solution has drastically reduced the time required for medical sample transport, enhancing patient care by providing quicker access to medical services [2] Broader Implications - The integration of low-altitude technology into public service systems in Changzhou is expanding, providing innovative solutions to traditional challenges and improving urban management and public service efficiency [3]