The platform relies on the urban government big data center and various departmental resources to integrate, correlate, mine, and analyze massive data, promote business collaboration through data centralization, achieve real-time monitoring of social governance status, intelligent early warning of social anomalies, intelligent decision-making of key issues, collaborative disposal of major events, dynamic supervision and assessment of governance work, create a closed loop of social governance operation and management, and achieve modernization of the urban governance system and improvement of governance capabilities.

Based on the MapGIS spatiotemporal big data platform technology framework, using spatiotemporal as the foundation, we integrate rural basic geographic data, agricultural industry data, rural environmental governance data, and rural government service information to build an agricultural and rural big data center, carry out digital rural informatization construction, and promote the development of beautiful countryside.

The MapGIS smart park solution integrates GIS, BIM, IoT, big data AI、 Cloud computing, 5G, mobile internet and other technologies, relying on intelligent infrastructure, have built a three-dimensional digital base for the real scene of the park, realizing basic capabilities such as rapid collection, high-speed transmission, centralized computing, and intelligent processing of information resources. The solution integrates various subsystems of the park, realizing the transition from single scene intelligence to overall intelligence of the park, making "intelligence" penetrate every detail of park management and operation, improving industrial agglomeration ability, and empowering enterprise management innovation.

In order to solidly promote the Action Plan for Education Informatization 2.0, the Ministry of Education issued the "Norms for the Construction of Digital Campus in Higher Education Institutions (Trial)" in March 2021, which put forward multiple requirements for the construction of digital campus in higher education institutions, including infrastructure, information security, and application services. The MapGIS smart campus solution integrates information technologies such as artificial intelligence, big data, the Internet of Things, and digital twins to build an intelligent campus with full space 3D visualization and intelligent perception, achieving fine management of campus infrastructure and providing strong support for building a safe and smart campus.

The airport operation management work and management objects are closely related to location, and the digital management of facilities and equipment with GIS as the core is the foundation of smart airport construction. MapGIS Smart Airport adopts GIS+BIM technology to achieve digital and visual management of ground infrastructure, comprehensive pipelines, and asset equipment, supporting the refined operation and management needs of the airport. It provides information support for airport security, emergency command, airside operation management, user service, and simulation decision-making.

The MapGIS Park One Map Solution is aimed at government regulatory agencies, using GIS one map as the base map and guided by improving per mu efficiency. By summarizing data on the park's geographical location, number of enterprises, key projects, output value, taxation, etc., it constructs a park one map management platform that integrates intelligent planning, investment attraction, project construction, and industrial supervision.

The MapGIS smart chemical industrial park solution is based on a three-dimensional digital park, fully integrated with control systems such as DCS and SIS in the park, to achieve intelligent monitoring of the production environment and operational status of the entire area. Taking "safety, environment, and energy" as the core focus, we aim to create an intelligent information platform that integrates environmental warning, safety control, energy management, intelligent security, emergency linkage, and command and dispatch. This platform will help the park achieve integrated management of safety, environmental protection, energy consumption, and emergency response, and provide expert style services for the scientific governance of the park.

Building a park management platform for enterprise users, gathering data on enterprise production, operation, and industrial chain, and presenting data visualization based on a single map to facilitate enterprise managers' understanding of production and operation trends; Utilize GIS spatial analysis capabilities and multidimensional data statistical analysis capabilities to assist in industrial layout planning, production and marketing strategy formulation, enhance enterprise economic benefits, and achieve sustainable development.