cGIS Platform



cGIS data aggregation platform provides the unique opportunity to gather various spatial and non-spatial data sources seamlessly in a plain web browser canceling common GIS and BIM vendor dependency. Keep your familiar tools and easily create common information space seamlessly aggregating GIS, BIM, CMS, ERP, and IoT. 

Numerous implementations and Spatial Excellence Award prove it!

One can focus on open source tools only or combine them with proprietary software, use cGIS platform “out of the box” or customize it on your own and develop your own applications with your common IT background staff. 

Databases

Databases

cGIS users can use spatial and attribute data stored in such databases as:

  • PostgreSQL / PostGIS
  • Oracle Database / Oracle Spatial
  • Any OData-compatible warehouse
  • Other database providers on demand
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Map services

Map services

cGIS can use as a dataset component such mapping services as:

  • Tile services: OpenStreetMap, Google Maps, etc
  • WMS/WMTS-services: GeoServer, Oracle Mapviewer, etc
  • Vector tile services
  • Popular file types: ESRI Shapefile, Pitney Bowes MIF/MID, etc
  • GeoJSON as a service
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3D models

3D models

Despite the usual “flat map” cGIS can visualize 3D objects linking spatial data with LIDAR, survey, and design data. It’s possible to use 3D data as follows:

  • GLTF/GLB
  • 3D-tiles
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Building information model (BIM) data

Building information model (BIM) data

cGIS provides the possibility to include BIM data into the common information space.

The whole territory life cycle is under control with cGIS making a giant leap to the “digital twin” concept.

Any BIM model despite the BIM design tool used can be utilized using such data types as:

  • IFC2x3
  • IFC4
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Dynamic layers

Dynamic layers

Some components of the cGIS common information space data sets can change their location and (or) attributes rapidly. cGIS provides “out-of-box” interfaces to deal with them. i.e:

  • Location intelligence data (vehicles equipped with GPS)
  • Mobile workforce monitoring (location and task control)
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Analytical information layers

Analytical information layers

cGIS provides the possibility of the express estimates of the territory using 2D/3D graphs and diagrams arranged in some pre-defined dashboards. It’s applicable for some common tasks as:

  • Traffic accidents spatial analysis
  • Demography spatial analysis
  • COVID-19 and vaccination distribution
  • Goods availability across spatially distributed warehouses
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Time-dependent information layers

Time-dependent information layers

Some datasets include date and time as dynamic attributes. cGIS provides the possibility to visualize and analyze such datasets using date and time ranges as a parameter. Time-dependent information layers can be used for:

  • Construction objects life cycle stages
  • Pollution analysis
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Streaming data

Streaming data

cGIS provides the possibility to deal with any streaming data (surveillance cameras etc) with the possibility to visualize and process it immediately. It’s possible to use streaming data types as:

  • MP4
  • WebM
  • M3U8
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Advanced search engine

Advanced search engine

Since cGIS deals with spatial data as well, it’s possible to perform such search and analysis queries as:

  • Quick search (similar to i.e. Google Maps)
  • Pattern-based search
  • Spatial and attribute search
  • Search inside the polygon
  • Search inside the circle defined by the radius
  • Attribute criteria search
  • Search inside donut
  • Buffer zone search
  • Thematic mapping
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Address search and routing

Address search and routing

GIZMOre provides such possibilities as:

  • Address search by any address base available (i.e. OpenStreetMap)
  • Geocoding
  • Route generation (vehicle, bike, pedestrian)
  • 3D routes (velocity, elevation, the camera angle can be defined)
  • Isochrones generation to estimate transport accessibility
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Spatial and attribute data editor

Spatial and attribute data editor

GIZMOre provides the possibility to create and update spatial objects right in the plain internet browser and to update the attributes with look-up tables use:

  • 2D/3D Point, Polyline, and Polygon direct drawing and update with various snap object options available
  • 2D/3D Point, Polyline, and Polygon drawing by coordinates
  • Entering and editing attribute information of objects
  • Objects selection by direct click or by polygon
  • Object collection set support
  • Multilevel “Undo” and “Redo” support
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