The 'Weather Radar Construction Business Platform' is a general software system developed specifically for the operation of the new generation of weather radar business in the radar business software engineering project.

At present, the application of GIS in the field of meteorology has expanded from traditional two-dimensional to three-dimensional, visually presenting meteorological results in a three-dimensional virtualization manner, which is conducive to communication at all levels and improves the scientificity of decision-making.

The integrated application and service platform for multi-source meteorological information establishes an integrated application database based on forecast products, analysis products, detection data (including radar, satellite cloud images, automatic stations, wind profiles, microwave radiometers, etc.), weather case libraries, and data mining results.

The multi-source remote sensing data management solution adopts a service-oriented design concept and a multi-layer architecture, realizing data organization for spatial entities and their relationships, efficient storage and indexing of massive spatial data, and large-scale multi-dimensional dynamic spatial information database.

The high-performance processing solution for remote sensing images adopts new software and hardware technologies based on multi-core processors, high-speed networks, high-speed storage, efficient file systems, scheduling systems, and workflow management systems.

The transportation meteorological service platform is based on GIS and integrates monitoring, forecasting, and early warning information release, achieving the release of specialized, refined, and quantitative transportation meteorological service products.

The Radio and Television Network Resource Sharing Service Platform is a comprehensive platform for radio and television network resource management developed based on GIS technology. On the basis of spatially maintaining and displaying communication network resource data, it supports the configuration and maintenance of customer business line information, provides grid refinement management tools, and provides strong support for daily work such as planning and design, external construction, line configuration, emergency repair, equipment line inspection, etc., effectively solving the difficulties of resource line maintenance and complex management. At the same time, through in-depth mining and analysis of resource data, information support is provided for front-end business and marketing analysis, and core data support is provided for enterprise information operation.

Organically integrate high-tech means such as cloud computing, big data, the Internet of Things, virtual reality, and artificial intelligence with the planning, design, construction, safety supervision, operation and maintenance processes of wind power enterprises, and build a smart wind power control platform that covers the entire level, business, and process of the enterprise.

The product takes "GIS+BIM+IoT" as the starting point to build an open and scalable MapGIS CIM underground space platform product, realizing the integrated management, visual rendering, and processing analysis of all elements of underground space information. It provides a comprehensive product for integrated resource management and sharing, visual display and professional analysis, rapid application construction, and global linkage for the informationization construction of underground space. The platform is built using the "1+1+N" model to create a unified digital base for underground spaces, and to build specialized applications at different business levels to provide services for the construction of underground spaces.

A new generation of communication network resource sharing service platform developed based on MapGIS platform, which efficiently combines GIS technology, database technology, computer network, and communication network management automation to achieve refined, visualized, intelligent, and full lifecycle management services for communication network resources.