In order to solve the problems of high coupling and poor scalability of the traditional monomer early warning release system architecture, multi-level deployment in a complex network environment will lead to high investment in software and hardware and cannot achieve intensive multi-level deployment. This paper realizes the goal of system scalability by introducing micro service architecture and technology stack and realizes the goal of resource intensification by introducing the idea of a data forwarding agent. The designed architecture scheme has been practically applied in the “Jiangxi emergency early warning information release system software platform (phase I) project” (hereinafter referred to as “provincial emergency”), which meets the needs of flexible deployment of multi-level applications across meteorological wide area network (Wan), business private network of other commissions, offices, and bureaus, government extranet, Internet and other complex networks, and fully verifies the scientificity and rationality of the scheme. It has achieved the goal of intensive and scalable construction of provincial emergencies under the complex network environment, greatly improved the early warning capacity and communication capacity of emergencies and comprehensive disasters, provided a reliable guarantee for disaster prevention and reduction, and provided a reference for the construction of current and future early warning release system and capacity improvement project.