SuperMap Software Co., Ltd software
Key Technologies
Cross Platform GIS Software
Since 2001, based on the standard C++ to reconstruct the GIS kernel, a set of native cross- platform GIS technology system which has high performance and supports multiple CPUs, operation system has been established.
SuperMap - Cloud Native GIS Software
Cloud native GIS includes cloud GIS, terminal GIS and cloud & terminal collaboration technology. Cloud GIS fully supports micro-service architecture, containerization technology, Cloud Native architecture, relying on SuperMap iServer, which is a high-performance cross- platform, on SuperMap iPortal, which can efficiently integrate and share services and on SuperMap iManager, which can do the intelligent operation and maintenance management to achieve an intensive GIS cloud platform.
SuperMap - New Generation 3D GIS Software
Integrates new IT technologies, such as WebGL, VR, AR, and 3D Printing, brings a more realistic and convenient 3D experience. Based on the framework of 2D & 3D integrated GIS technology, a 2D & 3D integrated data model is further developed, which combines oblique photogrammetry, BIM, laser point cloud and other heterogeneous data to promote the integration of outdoor and indoor, macro-micro-integration, space/surface/underground integration of 3D GIS, enabling full-space 3D GIS application. In order to promote the sharing and standard of 3D data, Spatial 3D Model(S3M), an open 3D spatial data specification is formulated jointly with the industrial chain.
Big Data GIS Software
The big data GIS system which includes the storage and management of spatial big data, spatial analysis, stream data processing and visualization technology, dedicates to provide a comprehensive support for big data GIS infrastructure software and services, thus to make more users easily manage spatial big data "gold mine". Meanwhile, traditional GIS is reconstructed based on IT big data technology, which supports the distributed storage, processing and analysis of massive classical spatial data, and achieves the performance improvement of order of magnitude.
