Core Viewpoint - The article discusses the issuance of an action plan by the National Development and Reform Commission and four other departments to accelerate the digital transformation of smart cities, focusing on the digital upgrade of urban infrastructure [1] Group 1: Digital Infrastructure Development - The plan emphasizes the need for a digital update and renovation of urban infrastructure [1] - It proposes the orderly implementation of urban ubiquitous sensing projects in high-risk areas such as pipeline leakage points, road slope risk points, geological disaster-prone areas, and key flood drainage nodes [1] - The initiative aims to unify planning and deploy urban intelligent sensing terminal devices in these risk-prone regions [1] Group 2: Safety and Management Enhancements - The use of artificial intelligence and other technologies is encouraged to deepen the construction of urban lifeline safety projects [1] - The plan focuses on the digital transformation and intelligent management of urban infrastructure, including gas, water supply, drainage, heating, bridges, tunnels, and comprehensive utility tunnels [1] - It aims to strengthen the inspection and remediation of potential road collapse hazards [1] Group 3: Planning and Construction Mechanisms - The establishment of a synchronized planning and construction mechanism for digital infrastructure and municipal infrastructure is highlighted [1] - The plan supports regions with conditions to proactively layout low-altitude data infrastructure to support urban inspection, logistics distribution, and production operations [1] - It promotes the construction of intelligent roadside infrastructure and cloud control platforms to enhance vehicle-road collaboration [1]

Core Viewpoint - The National Development and Reform Commission and other departments have issued a plan to accelerate the digital transformation of urban infrastructure, emphasizing the need for smart city development and the integration of digital technologies into urban management [1] Group 1: Digital Infrastructure Development - The plan calls for the digital upgrade and transformation of urban infrastructure, focusing on the implementation of pervasive sensing projects in high-risk areas such as pipeline leaks, road slopes, geological disaster-prone areas, and flood control key points [1] - It aims to unify the planning and deployment of urban intelligent sensing terminal devices in critical risk zones [1] Group 2: Smart Management and Safety - The initiative promotes the use of artificial intelligence and other technologies to enhance the safety of urban lifelines, including gas, water, drainage, heating, bridges, tunnels, and comprehensive pipe corridors [1] - There is a focus on strengthening the inspection and remediation of potential road collapse hazards [1] Group 3: Planning and Construction Mechanisms - The plan emphasizes the establishment of synchronized planning and construction mechanisms for digital infrastructure and municipal infrastructure [1] - It supports regions with conditions to proactively layout low-altitude data infrastructure to facilitate urban inspections, logistics distribution, and production operations [1] Group 4: Intelligent Infrastructure Enhancement - The initiative aims to promote the construction of intelligent roadside infrastructure and cloud control platforms to improve vehicle-road collaboration levels [1]

Core Insights - The article emphasizes the transition of the automotive industry towards intelligent manufacturing, highlighting the integration of smart vehicles, intelligent roads, and robust cloud systems as the next phase of development in the sector [1] Group 1: Industry Development - Chongqing is actively implementing the "Collaborative Leap" action for intelligent connected new energy vehicles, supported by a solid industrial foundation [1] - The city has been approved as a pilot for "vehicle-road-cloud integration" applications, as well as for the access and road testing of intelligent connected vehicles [1] - The establishment of a modern manufacturing cluster system, referred to as "33618," aims to enhance three trillion-level pillar industries, three 500 billion-level pillar industries, six thousand billion-level characteristic industries, and eighteen "new star" industries [1] Group 2: Technological Advancements - The intelligent connected vehicle demonstration zone is being developed in phases, with the first phase expected to be operational in 2024, featuring a cloud control platform capable of empowering all types of vehicles [2] - Approximately 50 kilometers of intelligent roads with continuous perception coverage have been constructed, integrating thousands of connected vehicles and various pilot scenarios such as autonomous bus routes and unmanned cleaning vehicles [2] - The "vehicle-road-cloud integration" system allows real-time feedback of information from pedestrians, vehicles, and traffic lights to the vehicle's "brain," enhancing safety and intelligence in vehicle operation [2] Group 3: Collaborative Ecosystem - The demonstration road, equipped with 23 types of intelligent devices, serves as a testing ground for the "vehicle-road-cloud integration" technology, contributing to quantifiable solutions for smart transportation under the "dual carbon" strategy [3] - Twelve automotive companies, including Toyota and Changan, are conducting joint testing and validation in the intelligent connected vehicle demonstration area, accumulating data to drive the iterative development of vehicle-road-cloud collaborative technology [3] - The initiative has fostered collaboration among over 50 upstream and downstream enterprises in the industry chain, providing a testing and commercial environment for these companies [3]

Core Insights - The article highlights Beijing's advancements in autonomous driving technology, showcasing its status as a global leader in this field, particularly through the establishment of the first high-level autonomous driving demonstration zone [1][14]. Group 1: Autonomous Driving Infrastructure - Beijing has built a high-level autonomous driving demonstration zone covering 600 square kilometers, equipped with over 1,600 smart intersections that collect and transmit environmental data to vehicles [10][12]. - The city has implemented a cloud control platform that connects vehicles, roads, and cloud services, enhancing the efficiency and safety of autonomous driving [12][18]. - The demonstration zone has seen a daily traffic flow increase of 19.7% and an average vehicle speed improvement of 15.1% due to the implementation of dynamic green wave traffic signals [13]. Group 2: Industry Growth and Support - The autonomous driving sector in Beijing has attracted over 35 testing companies and has issued testing permits for more than 1,000 vehicles, with total testing mileage exceeding 38 million kilometers, accounting for over a quarter of the national total [13][21]. - The local government has established a 10 billion yuan investment fund to support the autonomous driving industry, creating a healthy ecosystem for enterprise development [20]. - The implementation of the "Beijing Autonomous Driving Vehicle Regulations" marks a significant milestone, facilitating the use of autonomous vehicles for personal transportation [14]. Group 3: Talent and Research Resources - Beijing's strong research foundation in artificial intelligence and a rich talent pool from local universities contribute to the growth of the autonomous driving sector [15][16]. - The National Intelligent Connected Vehicle Innovation Center provides extensive testing facilities and data resources, enhancing the efficiency of vehicle testing [18]. Group 4: Market Dynamics - From 2021 to 2024, Beijing's automobile production is projected to increase from 892,000 to 1,145,300 units, with a nearly threefold growth in new energy vehicle production expected in 2024 [23]. - The market for autonomous vehicles is experiencing a surge in demand, with companies reporting significant increases in orders since the beginning of the year [23].