iServer: Server GIS software platform
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SuperMap iServer is a high-performance cross platform GIS core, distributed, and scalable server GIS software development platform that provides full-featured GIS service publishing, management, and aggregation capabilities, and supports multi-level extension development.
Provide powerful Web services related to spatial big data, GeoAI, spatial blockchain and 3D.
Deep integration of micro-services, containerized orchestration, etc., provides a variety of SDKs to help build a cloud native GIS application system with micro-service architecture.
- Flexible deployment, elastic scaling and high availability
- Support classic deployment modes such as multiworkers and multi-machine cluster, with high performance and high availability
- Support microservice architecture and containerized deployment mode, easy deployment, fine-grained scalability, and resource saving
- Provide full-featured GIS microservices such as maps, data, distributed analysis, 3D, machine learning and streaming data
- Fine-grained microservice images, built-in native compilation technology, faster startup, less resource consumption
- Multi-level distributed storage, computing and processing
- Support dynamic addition and intelligent scaling of nodes, and automatic synchronization of state between nodes
- Support MPP distributed relational database, distributed NoSQL database and distributed file system
- Support distributed computing platforms such as Spark and Hadoop YARN
- Provide distributed spatial analysis, distributed data processing, real-time processing of streaming data and other functions
- Fully extensible GIS service publishing and aggregation
- Provide the ability for 2D and 3D spatial data, including publishing, managing, editing, analyzing, and processing capabilities
- Provide a mechanism for expanding domain spatial information services, including service capabilities, interfaces, security, clusters, etc
- Support aggregation of SuperMap platform services, third-party services, OGC services, and online map services
- New image services capability added, support large-scale image (raster) data publish service, and support STAC-API specification
- Spatial big data access, processing and efficient release
- Provide a distributed analyst service that supports distributed processing of vector and raster data and distributed spatial analysis
- Provide stream processing model to support real-time access and distributed processing of 100,000-level stream data per second
- Provide processing automation service and support more than 700 kinds of analysis tools including vector, raster, 3D, GeoAI, and spatio-temporal big data
- Support vector/raster data "tile-free" publishing technology
- 3D data publishing, editing, and analysis
- Provide 3D point, line, surface, volume, field, and oblique photographic model, BIM, and laser point cloud data publishing capabilities
- Provide online editing capability for 3D data, and edit attribute and spatial information
- Provide 3D intersection, union, difference and other spatial operations, as well as volume, surface area and other spatial measurement and calculation functions
- Provide 3D spatial analysis such as sunshine analysis, skyline analysis, viewshed analysis, 3D buffer analysis, clearance analysis(vertical and horizontal directions in 3D Pipeline data).
- Full process GeoAI support
- Provide machine learning service that support GeoAI analysis operators such as object detection, land cover classification, object extraction, binary classification, and geographically weighted regression
- Provide spatial data science service and conduct online interactive spatial data science exploration based on Notebooks
- Provide spatial data science service covering workflows such as sample production, model training, model evaluation, and model inference
- GeoPDF documents printed as A0/A1 sheets are supported
- Support secondary editing of space/text information in print results
- Provide scalable layout templates for transportation, land and other industries