多图速览>> 芯之, 士叩线上在的研究, 我想个以定结构, 个切 网络, 不仅是复合生命线工程系统, 更重要的是我们 考虑整个系统的运行状态、 防灾状态。 在可以预见的将来, 人们将不再满足于简单的按照实 功能的要求来设计生命线工程网络系统。 要呼吁去做 杂生命线工程网络, 从设计层面上做它的韧性设计与 理的维护。 SMG | 第口财经 25 科创引领 慧建智城 上海市住房城乡建设行业科技大会 在人工智能这个领域里面, 其实非常重要的一个任务 是对于物理世界进行数字弯生。 智慧城市， 数字李 到一个新的高度,但是还有一个更大的问题,不管怎 前面都需要拿无人机去扫描， 对于超大规模的城市 扫一次的成本都非常高。 有没有可能连扫一次都不 就能对大型城市进行完整的数字变生呢?这就是下一 人工智能的里程碑, 也就是生成式人工智能。 SMG | 第四财经 025 科创引领 慧建智城 上海市住房城乡建设行业科技大会 建筑是不是完全只看建筑品质, 还是说要看历史文化 价值?这方面我觉得要进行再研究， 希望有些突破。 对上海的历史和整个城区发展, 我们始终敬畏和不懈 力。在这个过程中,需要传承历史文化,需要提高品尿 当然城市 ...

Core Viewpoint - The recent action plan aims to promote the integration of new-generation information technology with urban infrastructure construction, enhancing the resilience and livability of cities by 2027 [1][2]. Group 1: Action Plan Details - The action plan is a detailed implementation of the guidelines issued in December last year regarding the construction of resilient cities [2]. - Key measures include the promotion of smart municipal infrastructure construction and renovation, focusing on improving urban living conditions and community spaces [4][7]. Group 2: Economic Impact - The initiative is expected to increase overall social investment, contributing to economic stability and the high-quality development of various industries, including real estate [2][6]. - The projected investment demand for building resilient cities is estimated to exceed 5 trillion yuan, driven by urban renewal and infrastructure improvements [6]. Group 3: Technological Integration - The integration of new-generation information technology is crucial for enhancing urban governance capabilities and ensuring city safety [3]. - Digital technologies will facilitate precise management of urban affairs, transitioning from traditional operations to intelligent and efficient governance [3]. Group 4: Market Growth - The smart parking market in China is projected to grow from 32 billion yuan in 2024 to 86 billion yuan by 2030, indicating a rapid expansion driven by technological advancements [5].

Core Viewpoint - The recent action plan issued by the Ministry of Housing and Urban-Rural Development and nine other departments aims to promote the development of smart city infrastructure in conjunction with intelligent connected vehicles, enhancing urban mobility and digital governance [1][2]. Group 1: Smart City Infrastructure - The action plan emphasizes the need for a collaborative development of smart city infrastructure and intelligent connected vehicles, focusing on the "vehicle-road-cloud integration" application trials [1]. - It proposes the construction of intelligent perception systems and urban cloud platforms, primarily utilizing smart multifunctional poles as the main carriers [1]. - The initiative aims to improve urban travel environments and enhance the level of digital governance in cities [1]. Group 2: Smart Parking - The plan includes continuous promotion of smart parking, advocating for the intelligent transformation and construction of urban parking facilities [1]. - It encourages local governments to build smart parking service management platforms, gradually improving features such as information queries, space reservations, sharing, route navigation, and contactless payments [1]. - The integration of fragmented parking resources into a unified network is expected to alleviate parking difficulties and reduce congestion caused by searching for parking spaces [2]. Group 3: Impact on Urban Mobility - The deployment of intelligent perception systems can address the limitations of single-vehicle intelligence in complex urban environments, enabling real-time data interaction between vehicles, roads, and clouds [1]. - This advancement is crucial for the large-scale application of high-level autonomous driving and for transforming urban governance from passive response to proactive intervention [2]. - The synergistic effect of smart city infrastructure and smart parking will enhance citizens' travel experiences and lay a solid foundation for urban digital governance, promoting a more efficient and resilient urban operation system [2].

Core Viewpoint - The Ministry of Housing and Urban-Rural Development, along with nine other departments, has issued an action plan to implement the opinions on promoting new urban infrastructure construction and building resilient cities from 2025 to 2027, focusing on smart infrastructure and digital governance [1] Group 1: Overall Requirements - The plan emphasizes the integration of new information technology with urban infrastructure to enhance risk prevention and governance capabilities [1] - It aims to establish a digital foundation for urban governance and promote the development of livable, resilient, and smart cities by the end of 2027 [1] Group 2: Detailed Implementation Measures - The plan includes the development of smart municipal infrastructure, focusing on the digital transformation and intelligent management of essential services such as water supply, drainage, and electricity [2][3] - It promotes the construction of intelligent transportation systems to support smart connected vehicles and improve urban mobility [2][3] - The initiative also aims to enhance logistics and emergency material support capabilities through smart logistics infrastructure [3] Group 3: Development of Smart Communities - The plan encourages the construction of smart residential areas and community service facilities, focusing on improving accessibility and convenience for residents [3][4] - It emphasizes the importance of safety measures in residential areas, including fire safety and emergency response [4] Group 4: Enhancing Building Management - The action plan proposes establishing a safety management system for buildings throughout their lifecycle, including regular inspections and risk assessments [4] - It aims to create a comprehensive management platform for building safety data and enhance the sharing of information across departments [4] Group 5: Digital Family Construction - The plan outlines the need for digital infrastructure in residential buildings, promoting the integration of smart home technologies [4][5] - It encourages the development of standards for interoperability among smart home products and platforms [5] Group 6: Promoting Smart Construction - The initiative supports the establishment of smart construction industry clusters and the application of Building Information Modeling (BIM) technology in various infrastructure projects [5][6] - It aims to enhance the production and upgrade of construction components through automation and innovation [5][6] Group 7: Urban Information Model (CIM) Platform - The plan focuses on building a comprehensive data resource system to support urban governance and management [6] - It promotes the development of a CIM platform to facilitate data sharing and integration across various urban management sectors [6] Group 8: Urban Operation Management Service Platform - The action plan aims to enhance urban operation management through a unified service platform, improving real-time monitoring and coordination [6] - It emphasizes the need for a multi-level platform structure to facilitate data sharing and collaborative management [6] Group 9: Support Measures - The plan includes measures to foster technological innovation and talent development in the field of new urban infrastructure [6] - It encourages the establishment of a diversified financing mechanism to support infrastructure projects while ensuring financial sustainability [6]

Core Insights - The introduction of the first residential construction lifting machine in Zhejiang Province marks a significant advancement in the construction efficiency of the Liangzhu New City project, transitioning to a "machine-built" era [1][2] - The construction lifting machine integrates multiple functions, enhancing traditional construction processes and promoting a systematic vertical production line [1] Group 1: Construction Technology - The lifting machine, known as the "Integrated Platform for High-rise Building Construction," combines various functions such as intelligent material distribution, retractable canopies, and fire water tanks, optimizing the construction workflow [1] - The machine can complete the elevation of one structural layer in just 30 minutes, improving efficiency by approximately 30% compared to traditional climbing formwork methods, saving nearly two days of construction time per layer [1] Group 2: Project Overview - The project is located in a prime area of Liangzhu New City, with a completion date expected in April 2027, aiming to become a landmark urban node along the northern shore of Yuhu Lake [2] - Liangzhu New City has been actively integrating technological innovation with project construction, showcasing several benchmark practices, including the implementation of a "smart construction site" management model [2] Group 3: Future Development - The future plans for Liangzhu New City include further integration of technological achievements with practical projects to enhance construction quality and efficiency, aiming to create a modern city that is ecologically livable and culturally rich [2]

Group 1 - The core viewpoint emphasizes the significant progress in smart city construction in China, driven by the recent Central Urban Work Conference, which aims to build efficient and convenient smart cities to guide high-quality urban development [1] - The development of smart cities is crucial for creating new competitive advantages and modernizing urban governance systems, enhancing operational efficiency, reducing governance costs, and improving resource sharing [1][2] - Since the initiation of the national smart city pilot program in 2012, hundreds of cities have participated, transitioning from digitalization to data factorization and from fragmented management to coordinated efforts [1] Group 2 - To build efficient smart cities, it is essential to align with the trend of digitalization, establishing a unified planning and operational framework for urban governance, leveraging technologies like big data, cloud computing, and artificial intelligence [2] - Enhancing grassroots social governance effectiveness is vital, with a focus on community-level management and immediate response mechanisms to address public needs [2][3] - Addressing urgent public concerns through optimized urban management and resource sharing in areas like telemedicine and smart education is necessary to improve public service accessibility and equity [3]

Core Viewpoint - The Danzhou Municipal Government and China Energy Construction Digital Technology Group Co., Ltd. signed a framework cooperation agreement to leverage opportunities from the Hainan Free Trade Port construction, focusing on clean energy, new power systems, and smart city development [1] Group 1: Cooperation Agreement - The agreement aims to integrate resources for the construction of a clean energy island in Hainan, new energy development, and zero-carbon park construction [1] - The collaboration will promote regional energy structure optimization and industrial upgrading through major project implementation [1] - This partnership is a significant milestone in both parties' commitment to the national "dual carbon" strategy and the development of a green low-carbon model for Danzhou [1] Group 2: Company Strengths - China Energy Construction Digital Technology Group has a comprehensive service system from top-level design to implementation, with unique advantages in information technology, energy storage technology, and energy digitalization [1] - The cooperation is seen as a landmark achievement in deepening the construction of the Hainan Free Trade Port, providing strong momentum for Danzhou's development [1]

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].