Background of the plan
China is one of the countries with the most severe disasters in the world, with frequent occurrence of emergencies and a relatively large total number of production safety accidents. In the face of severe and complex natural disasters and production safety situations, the national emergency management system and capabilities still need to be improved. It is urgent to use new technologies such as cloud computing, big data, the Internet of Things, and artificial intelligence to build a modern emergency management system in China that fully supports the characteristics of systematization, flatness, three-dimensional, and intelligence, and is compatible with the emergency management capabilities of a major country.
Plan Introduction
Build a unified management and hierarchical maintenance intensive model for regional emergency comprehensive support, promote effective connection between organizational and resource support systems through digital contingency plans, and form an intensive management model for emergency resource support reception, management, scheduling, and allocation, ensuring effective emergency resource protection capabilities; Innovate and transform the emergency command mode for disaster and accident disposal, shifting from the original line command to comprehensive emergency management coordination, constructing a systematic emergency command and comprehensive dispatch, achieving collaborative linkage, uploading and dispatching, and efficient dispatch.
Product advantages
Sensitive response, selecting emergency response levels based on event details and preliminary judgments, and intelligently recommending relevant emergency plans based on event tags; Unified command: Combined with the mobile command system of the rescue site, one click task distribution of command and dispatch information is achieved. Rescue personnel can provide real-time feedback on task progress through the APP, and the command center can view task progress in real time. In emergency situations, the command center can distribute temporary tasks. Support the dispatch of materials during the rescue process, and one click dispatch of emergency warehouse materials; Real time monitoring: achieve the integration of data and video applications, overlay and display major hazard monitoring data such as temperature, pressure, combustible gas concentration, etc., to provide support for emergency command of safety production accidents; Independent research and judgment: Following the information technology planning of the Ministry of Emergency Management, relying on mature and advanced technologies, building a unified software technology architecture and "digital intelligence" empowerment base, transforming the traditional closed construction mode with open technical standards, expanding specialized applications related to safety production, natural disasters, and urban safety through "building blocks", achieving rapid and on-demand expansion of business applications, and deep integration of data and applications.
