政务咨询AI机器人提供全天候智能咨询，一体化业务系统优化医疗服务体验，智慧城管系统提升城市 环境品质……近年来，我国智慧城市建设取得明显成效。最近召开的中央城市工作会议提出，着力建设 便捷高效的智慧城市。这为推动我国城市高质量发展提供了指引、明确了方向。 推进城市智慧化发展，是面向未来构建城市竞争新优势的关键之举，也是推动城市治理体系和治理能力 现代化的必然要求。不仅能够提升城市运转效率、降低治理成本、促进优质资源跨区域流动共享，还给 人们生活带来极大便利，进一步增强城市活力。 早在2012年，我国就启动了国家智慧城市试点工作，至今已有数百座城市参与。10多年来，智慧城市建 设实现了从领域数字化向数据要素化转变、从多头管理向央地协同推进转变、从重视单点建设到加强系 统推进转变，以人为本的发展理念始终贯穿其中，人民群众幸福感、获得感显著提升。 也要看到，不少地方在智慧城市建设方面缺乏协调联动机制，面临数据标准不统一、数据接口不兼容等 问题，"数据孤岛"现象仍然存在；部分智能化场景与公众需求不匹配，应用效果不佳；等等。 流程编辑：U072 如遇作品内容、版权等问题，请在相关文章刊发之日起30日内与本网联系。版权侵 ...

Core Viewpoint - The Shandong provincial government has issued the "Implementation Opinions on Promoting New Urban Infrastructure Construction to Build Resilient Cities," aiming to enhance urban resilience against disaster risks through the integration of new information technologies with urban infrastructure [2] Group 1: Goals and Objectives - The implementation plan sets two key milestones: by 2027, a comprehensive standard and mechanism for new urban infrastructure will be established, and by 2030, a complete digital transformation of urban infrastructure will be achieved [2][3] - The focus is on creating a unified, interconnected information platform across the province, enriching smart application scenarios, and providing replicable and promotable experiences for urban resilience [2] Group 2: Infrastructure Resilience - The plan emphasizes the importance of assessing existing urban infrastructure and old buildings to identify weaknesses and implement targeted improvements [3] - Two major projects are highlighted: the Urban Infrastructure Lifeline Safety Project, which involves installing IoT smart sensing devices for real-time monitoring, and the Building Lifecycle Safety Supervision Project, which aims to enhance safety management during construction using advanced technologies [3] Group 3: Spatial Resilience - The implementation plan outlines four key application scenarios to optimize urban living: improving road travel with smart infrastructure, enhancing public space management, developing smart residential areas, and upgrading digital home environments [4] - These initiatives focus on integrating smart technologies to improve safety, convenience, and efficiency in urban living [4] Group 4: Management Resilience - The plan aims to enhance urban governance through the establishment of a city information model (CIM) platform and a comprehensive urban operation management service platform [5] - This includes integrating various data sources to create a digital sandbox for urban planning and ensuring coordinated management across different governmental levels [5]

Group 1 - The 18th China Smart City Conference was held in Wuhan, Hubei, where the "2025 Smart City Pioneer List" was released, and Qinzhou's digital infrastructure construction case won the Excellent Case Second Prize, being the only awarded case from Guangxi [1] - The conference is co-hosted by the Chinese Society of Surveying and Mapping, the China Service Trade Association, and the China Remote Sensing Committee, making it a significant event in the smart city sector in China [4] - Qinzhou has been actively implementing the central government's strategy for artificial intelligence development and has accelerated smart city construction, establishing a framework for a stable, efficient, and secure urban service capability system [4] Group 2 - The "Beautiful Guangxi·Qinzhou Cloud," built on Huawei's cloud platform, has developed a "City Cloud" system consisting of three modules: government cloud, public service cloud, and enterprise cloud, providing efficient and secure cloud computing services for over 85 government and enterprise units [6] - The newly launched Huawei Ascend AI computing resource pool supports digital government governance and reform of government services, providing a smart foundation for these initiatives [6] - Qinzhou has developed the "City Brain" platform, integrating over 30 existing systems, and has created various subsystems such as "Shared Bicycle Supervision" and "Smart Doorplate," implementing over 60 AI algorithms to transition social governance from passive response to proactive AI management [8]

Core Insights - The article highlights the advancements in smart city development in China, particularly focusing on Chongqing and Shenzhen as examples of successful implementation of technology-driven urban management [1][2][3]. Group 1: Smart City Development in China - China has made significant progress in smart city development, establishing a robust data infrastructure and promoting integrated data sharing to enhance urban management [2][3]. - The "AI CITY" model is emerging, utilizing large models and knowledge bases to improve urban intelligence and operational efficiency [2][4]. - Policies and technological innovations are crucial for guiding and accelerating the development of smart cities in China [3][4]. Group 2: Technological Innovations - Internet technology facilitates the interconnectivity of urban governance elements, while big data creates a comprehensive view of city operations [3][4]. - Artificial intelligence enhances urban planning, management, and public service efficiency, contributing to precise governance [4]. - Blockchain technology introduces new trust mechanisms for data exchange, supporting reliable information sharing [4]. Group 3: Global Implications - China's experience in smart city development can serve as a model for other countries, emphasizing the importance of institutional and technological integration [4]. - The focus on both development and security is essential for achieving high-quality urban growth and resilience [4]. - Future smart city initiatives in China aim to foster a more intelligent, green, and human-centered urban environment, sharing these advancements globally [4].

Core Points - The Guangzhou Municipal Development and Reform Commission has approved a project proposal for the construction of a digital three-dimensional foundation and innovative applications in the city [1][4] - The project is divided into two main parts: the urban three-dimensional foundation and innovative applications, which will support the intelligent management of urban space and accelerate the development of a smart city in Guangzhou [1] Infrastructure Layer - The infrastructure layer includes the establishment of a comprehensive geological disaster monitoring network, a unified vertical benchmark for land and sea, and supporting infrastructure for environmental and resource management, enhancing real-time monitoring capabilities for urban safety risks [1] Data Resource Layer - The data resource layer involves the production and integration of three-dimensional data repositories for both above and below ground, as well as specialized databases for flood monitoring, vertical and multi-source satellite remote sensing, land investment, heritage protection, and low-altitude economy, creating a unified spatial and temporal data resource pool [1] Temporal and Spatial Framework Layer - The temporal and spatial framework layer consists of a national land spatial basic information platform, a management system for Guangzhou's spatial data, a model for planning and controlling rain and flood blue-green spaces, and a model for managing low-altitude infrastructure, forming a support platform for spatial intelligence [1] Business Application Layer - The business application layer will develop a series of innovative applications, including management of urban underground space information, planning and control of urban rain and flood spaces, geological safety management, implementation supervision of land spatial planning, smart city initiatives, statistical analysis of natural resources, upgrades to the Tianmap·Guangzhou system, unification of real estate registration platforms, optimization of approval systems for a better business environment, a three-dimensional foundation for low-altitude economy, smart land investment, and an integrated geographic space system for key project construction [2] Investment and Implementation - The total estimated investment for the project exceeds 400 million yuan, with the Municipal Planning and Natural Resources Bureau responsible for its organization and implementation, and the construction period is set for three years [3]

下一步，将进一步拓展实时感知覆盖范围，利用人工智能大模型，提升分析研判和预警处置能力，实现 城市智能运行。让城市服务更便民。聚焦生活便民，推进智慧社区扩面提标，争创一批省级标杆型智慧 社区。围绕教育、医疗、养老、文旅、出行等重点领域，重点打造一批智慧应用场景，让群众生活更方 便。聚焦办事便捷，深化"高效办成一件事"改革，持续打造一批"一件事"应用场景，扩大惠民补贴"免 申即享""静默认证"覆盖范围，打造"一句话办事"政务服务智能体，让群众办事"足不出户网上办 随时随 地掌上办"。让数字底座更智能。坚持全市"一盘棋、一体化"建设，加快推进智能算力建设和信息网、 物联网等能级提升，重点推进交通、市政等领域融合基础设施建设，加力推进数场、数联网、可信数据 空间等数据流通利用基础设施建设，打造现代化数字底座，为更高水平精致城市建设提供强力支撑。 《行动方案》提出"聚焦精致治理现代化，打造高效精细的智慧城市"，近年来，威海市大数据局在智慧 城市建设方面，坚持需求导向、目标导向，持续推进新型智慧城市提档升级行动，聚焦精致智治、惠企 便民，推出了4224项"免证办"政务服务事项，打造了一批智慧应用场景，建成164个智慧社区 ...