Core Insights - Shenzhen has established a robust network of over 800 functional unmanned vehicles, covering more than 1800 kilometers of operational routes, supported by a "three-tier safety mechanism" implemented by government departments [1][2]. Group 1: Growth of Unmanned Vehicles - The number of unmanned logistics and sanitation vehicles in Shenzhen has surpassed 400, with a target of reaching 1000 by the end of the year [2]. - The rapid growth is attributed to a structured safety evaluation process involving multiple government departments, ensuring safe operation and network expansion [2][3]. Group 2: Infrastructure and Coverage - Shenzhen has opened nearly 700 routes, creating a city-wide "smart vascular" network that enhances delivery efficiency across administrative boundaries [3]. - The operational routes include key urban areas, demonstrating the capability of unmanned vehicles to provide all-weather services in densely populated regions [3]. Group 3: Government and Industry Collaboration - The Shenzhen Functional Unmanned Vehicle Management Service Platform has been developed to provide comprehensive regulatory support, facilitating safe and reliable operations amid rapid growth [2]. - Collaborative efforts between government and industry have transformed traditional transport hubs into comprehensive support centers for unmanned vehicles, showcasing a model for urban governance and technological integration [3].

Core Insights - Shenzhen has launched the first functional unmanned vehicle management service platform in the country, aimed at accelerating the development of the automated delivery 2.0 era and injecting strong momentum into the low-speed logistics unmanned vehicle industry [1][4]. Group 1: Platform Features - The platform offers five core functional modules: one-stop road approval, dynamic road rights management, all-weather status monitoring, intelligent facility services, and remote rescue assistance [1][3]. - It significantly simplifies the process for unmanned vehicles to obtain road testing, application, and license renewal, allowing companies to complete the entire process online [3]. - The platform creates a full lifecycle profile of vehicles and optimizes cross-departmental approvals, achieving "instant review and approval" to enhance efficiency and accelerate the commercialization of unmanned vehicles [3]. Group 2: Safety and Monitoring - A dynamic road risk map based on the TransPaaS platform evaluates risks from six dimensions: road end, lane, time, speed, vehicle type, and scale, enabling precise route planning to minimize operational risks [3][4]. - The platform can monitor the operational status, location, and task execution of unmanned vehicles in real-time, using electronic fences and automatic alerts to identify and report anomalies such as speed deviations and prolonged stops [3][4]. - In case of emergencies, the platform initiates a rapid response and rescue process to ensure operational safety and reduce delivery delays [3][4]. Group 3: Emergency Response and Industry Impact - An emergency response mechanism has been established, unifying government, operators, and vehicle manufacturers to collaboratively address various safety incidents [4]. - The platform is developed under the guidance of the Shenzhen Municipal Transportation Bureau and is a significant breakthrough in the automated delivery sector, setting a benchmark for the standardized and large-scale development of the unmanned vehicle industry [4].