1.   Autonomous and controllable basic software and hardware environment support

Support multiple domestic chips and operating systems to ensure the security of geospatial information from the basic software and hardware environment:

●Supports mainstream CPU architectures and domestic chip platforms, including X86, ARM, MIPS, Alpha, LoongArch64, etc. Domestic chips support Feiteng, KunpengSupports mainstream CPU architectures and domestic chip platforms, including X86, ARM, MIPS, Alpha, LoongArch64, etc. Domestic chips support Feiteng, Kunpeng, Loongson, Shenwei, Zhaoxin, Haiguang, etc;

●Supports mainstream operating systems such as Windows and Linux, with Linux operating systems supporting RedHat, CentOS, Ubuntu, UOS, Zhongbiao Kirin, Galaxy Kirin, Deepness, Euler, Zhongke Fangde, Wanli Hong, Hongqi, etc;

●Mainstream domestic servers are supported, including Great Wall Optimus, Huawei Mount Taishan, Changjiang Computing, Haier, Baode, and Zhongke Dawning.

2.   Integrated management of all spatial data

Based on the full spatial information model, establish data standards and classification standards suitable for industry needs, and achieve integrated management and diversified display of full spatial data.

●Support the construction of a full space data directory tree to achieve standardized management and unified access of full space data services in a standard directory manner;

●Stereoscopic management of full space data, achieving integrated management of vector, image, model, slice, raster voxel and other full space data;

●Comprehensive auxiliary data association management, which can manage non spatial data related to batch, review, and inspection generated by various business units, including text, documents, images, videos, resource packages, etc., realizing the association management of business data related to spatial data;

●Multi type spatiotemporal data management, which can manage real-time data collected from various terminals, such as real-time dynamic IoT data monitored by sensors for logistics, vehicle flow, pedestrian flow, video flow, etc.

3.   Stereoscopic fusion display of full space data

Integrating landscape, surface pipelines, subways, underground geological spatial data, and dynamic real-time data for full space fusion display, achieving seamless roaming of different areas at different scales, flexible stacking of different categories at different times, and achieving three-dimensional display of full space data.

●Provide a full space view to achieve integrated display of aerial, above ground, surface, and underground full space data;

●Provide multidimensional views to visualize non spatial data, panoramic data, graph data, and business data;

●Optimize data caching, transmission efficiency, scheduling strategies, and other strategies to achieve efficient rendering and deep fusion of massive vectors, images, 3D models, and other data;

●Based on unified data management, symbolic representation, visual effects, comprehensive analysis and other functions, achieve integrated expression of 2D views and 3D scenes;

●Support seamless integration of GIS BIM, achieving precise matching between BIM models and geographic spatial scenes. Through professional dynamic slicing, attribute query, road network analysis, path roaming and other functions, promote the deep integration of BIM and GIS, and open up a realistic experience from outdoor to indoor;

●Support access to a variety of real-time sensor data, through scene projection, stream data layer, scene roaming and other visualization effects, to achieve real-time data visualization convergence;

●Multimodal data integration display, to achieve dynamic switching of multiple modes of the same data, including three-dimensional models, point clouds, tilt photography models, etc.;

●Supports plug-in-free 3D clients across multiple device terminals and multiple browser kernels.

4.   & nbsp; Spatial Data Integration Analysis and Application

The product has spatial depth insight analysis capability and full-space integration analysis capability to achieve full-space multi-dimensional analysis.

●Provides commonly used spatial analysis bits, including overlay analysis, buffer analysis, network analysis, overlay analysis and other commonly used spatial analysis functions;

●Supports high-performance GIS analysis, big data GIS analysis, intelligent GIS analysis and other server-side GIS analysis service calls, execution and analysis results display;

●Integrating and integrating three-dimensional scenes of the entire space above and below ground, providing terrain analysis, skyline analysis, shadow rate analysis, visibility analysis, visual field analysis, rolling shutter analysis, dynamic sectioning, profile analysis, flattening analysis, height control analysis, model extension, explosion analysis and other three-dimensional analysis functions, providing scientific basis and auxiliary decision-making support for urban planning and supervision, urban space utilization and development;

●Provide a variety of geological professional analysis and calculation functions such as model cutting, tunnel simulation, virtual drilling, foundation pit excavation, quarry squaring;

●Provide a variety of underground pipeline analysis and calculation functions such as blast pipe, collision, connection, section, flow direction;

●Provide deep detection, aging equipment detection, isolation point inspection, suspension line inspection and other underground pipeline data inspection and detection functions;

●Enhances the CIM application range of microparts, including multi-functional microparts such as simulation, planning design, and BIM management.

5.   Full space four-dimensional spatiotemporal simulation

By using various spatiotemporal simulation tools, we can simulate the changes of things in four-dimensional space-time from the three domains of time, space, and attributes, providing a basis for urban development and planning.

●Provide various functional widgets such as visual comparison, spatiotemporal roaming, simulation, scene deployment, etc., to achieve four-dimensional spatiotemporal simulation and comparison;

●Enhance the dynamic plotting series components, providing functions such as industry symbol resource management, dynamic plotting, deduction script production and management, situation deduction, 2D and 3D scene linkage and roaming, etc., to achieve integrated 2D and 3D operations such as industry symbol management, plotting, and situation deduction;

●Provide thematic applications and indicator statistics functions, supporting 2D and 3D server-side and client-side thematic maps such as single value, segmentation, level, and statistics, as well as dynamic and static visualization effects such as heat maps, honeycomb maps, trajectory maps, aggregation annotations, and statistical charts. Combined with data statistical charts, display thematic indicators more intuitively;

●Support multiple 3D particle effects and post-processing effects, bringing more realistic 3D effects expression.

6.   CIM A standardized development framework for an industry icon

To solve the problem of rapid expansion of a single map in the CIM industry, a new "configuration based" development model has been constructed based on agile development thinking, providing a standardized development framework for "framework widgets" to achieve rapid configuration and deep customization of a single map application.

●Provides a standardized development framework that supports configurable quick build of "one chart" applications, or deep customization of applications based on product source code;

●Provides visualization configuration tools that support rule visualization configuration and dynamic resource binding;

●Provides a presentation portal to enable dynamic analysis and visual expression of rules;

●Product source code is open source, based on GitHub, Gitee hosted core code. Comprehensive support for deep customization and rapid scaling of CIM industry one-chart applications.