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It is a convenient GIS script language pack and provides data organization, transformation, mapping, processing and analysis, and machine learning. It is suitable for Python development environment.

It is a large-scale full-component GIS development platform, providing 2D and 3D integration capabilities. It is suitable for .NET development environment.

It is a large-scale full-component GIS development platform, providing cross-platform and 2D and 3D integration capabilities. It is suitable for Java development environment.

It is a cross-platform desktop software for remote sensing image processing, targeted at satellite remote sensing data. It integrates leading photogrammetric core algorithms internationally, built on automation, intelligence, and cross-platform technologies. It provides capabilities such as automated production of Digital Orthophoto Maps (DOM), Digital Surface Models (DSM), and Digital Elevation Models (DEM), as well as image quality inspection.

It is a cross-platform desktop software for electronic nautical chart production, supporting mainstream operating systems like Linux and Windows. It facilitates data management, display, object editing, depth management, relationship management, and data verification compliant with S-57 and CJ-57 standards, meeting the electronic nautical chart production needs in the information technology and innovation environment. It supports integration and display of nautical chart data conforming to S-101, S-102, S-104, S-127, and S-131 product specifications, enabling unified multi-standard data display and querying.

It is a 3D scene browsing software developed based on UE5 and the SuperMap Hi-Fi 3D GIS development platform (SuperMap Hi-Fi 3D SDK for Unreal). It supports accessing to online/offline massive multi-source heterogeneous spatial data, supports high-fidelity rendering of 3D geographic scenes, and provides support for applications such as digital twin and smart city.

It is a cross platform 2D and 3D integrated desktop GIS software platform. It supports the mainstream operating systems like Linux, Windows, etc. It provides geospatial data production and processing, distributed data management and analysis, mapping, service publishing, processing automation modeling, machine learning, video analysis and other functions. It can be used for data production, processing, analysis and mapping.

Edge GIS platform, which is deployed near the client or the data source side, is to achieve near-by service publishing and real-time analysis and calculation, reduce response latency and bandwidth consumption and reduce the pressure of cloud GIS center. It can effectively improve the terminal access experience of cloud GIS, and provide the ability of intelligent content distribution and efficient edge analysis and calculation, and help to build a more efficient and intelligent cloud-edge-terminal GIS application system.