cGIS Pro platform - it is a universal tool for working with spatial and attribute data, which allows you to create accurate digital master plans of territories, track the movement of objects in real time and integrate data from external sources such as ERP systems and other corporate platforms. cGIS Pro (the Platform) provides extensive capabilities for creating, editing, analyzing, and visualizing data, making it an indispensable tool for making informed management decisions.
cGIS Pro platform supports work with BIM models, providing a detailed view of the infrastructure, and also allows you to upload and display orthophotographs, digital terrain models (DEM), digital terrain models (DMM), and laser scanning data. Thanks to these features, the platform allows you to effectively manage territorial assets, optimize processes and get a complete picture of the current state of facilities and their interaction with the environment.
The platform combines advanced technologies to create digital doubles and digital shadows, providing users with a universal solution for working with spatial data in a single environment.
Some applications of cGIS Pro:
Digital shadow
Smart city
Situation center
Corporate spatial data storage
Shared data environment
A technology archive linked to BIM models
Industrial safety
Visualization and monitoring of activities
Geoinformation portal
Digital master plan
cGIS Pro platform is a comprehensive solution that opens up new horizons in the management of territorial assets and the digital transformation of enterprises and cities.
Digital twins and digital shadows are advanced technologies that allow creating virtual models of real objects, processes or territories for their detailed analysis, management and optimization. A digital twin is a full-fledged replica of a physical system that integrates data from various sources and uses complex modeling algorithms to predict the behavior of an object in different scenarios. At the same time, the digital shadow focuses on collecting and analyzing current data on the condition of the facility, ensuring transparency of processes and the ability to quickly respond to changes. The combined use of these technologies opens up new horizons for improving efficiency, reducing risks, and making informed management decisions in a wide variety of fields, from industry and energy to urban governance.
The company's digital master plan provides the basis for creating a digital shadow, acting as a detailed virtual map of the entire production and territorial infrastructure. It combines data on the location of facilities, communication networks, technological processes, logistics flows and environmental impacts on a single digital platform. Based on the digital master plan, a “living” model is being formed — a digital shadow, which is continuously updated by relevant personnel using sensors, monitoring systems and analytical calculations. This allows not only to visualize the current state of the enterprise, but also to respond promptly to changes, predict risks and optimize the operation of all subsystems. Thus, the digital master plan becomes the basis for creating an integrated digital environment that ensures transparency and manageability of business processes at all levels.
The basis for creating a digital shadow is a digital master plan. The problem of creating a digital shadow foundation can be successfully solved by transferring the master plan to the digital environment of the cGIS Pro platform. The introduction of a digital master plan provides quick and convenient access to a single interactive map, where objects are presented in layers with detailed geo-linked information, attached documents, and active links to other (external) information systems. This approach ensures transparency and efficiency of work with all elements of the territorial infrastructure.
A typical digital master plan model consists of a set of layers, and some objects, such as capital construction projects, may include dozens of attributes. These data are entered from primary sources (paper documents after digitization, topographic survey files, etc.) directly into the cGIS Pro platform. If there is a survey by unmanned aerial vehicles, orthophotoplanes, the results of laser scanning of the terrain, CMR and DEM are also uploaded to the platform. For ease of access and further processing of information, this data is organized into registers. In order to increase information content, you can additionally use open cartographic services.
The next step towards creating a digital shadow is to use 3D objects. In modern design practice, in addition to traditional drawings, BIM models are provided to the customer. cGIS Pro allows you to download and spatially link IFC BIM models to real terrain. In a digital environment, models are stored both in the original IFC format and in the graphical GLB format.
However, what should I do if the IFC file is missing? We are also successfully solving this problem by creating a BIM model based on the available drawings. At the same time, using the IFC format allows the platform not to be tied to a specific CAD tool and consolidate models created in products of various vendors, ensuring maximum flexibility and compatibility of solutions.
External information resources are an important component of creating a digital shadow. As a rule, dynamic data is received from the outside, such as coordinates of mobile objects and telemetry information. This data is sent to the platform through calls to the REST API, data bus, or message brokers, which provides a continuous flow of up-to-date information to form a complete picture of the state of an object or process.
In addition, cGIS Pro provides the ability to download and create a technical archive. The platform allows you to upload documents of any format, while maintaining the directory structure and maintaining file versioning. This ensures convenient storage and management of all necessary documentation in a single digital environment.
Uploading data:
Processed data: the results of scanning and digitizing paper media.
Vector formats: files in MapInfo TAB, MIF/MID, ESRI Shapefile, KML, DXF, CSV, and GeoJSON formats.
Raster formats: aerial photographs, digital terrain models (DMM) and terrain models (DEM) with the generation of a tile representation of the survey.
Laser scanning data: PNTS, LAS/LAZ, PLY formats, in addition, tile image generation is available using a special tool.
3D models: GLTF/GLB, I3DM/B3DM, I3S.
BIM models: files in IFC format.
Connecting data:
Standard protocols: data from sources that support OGC formats.
DBMS: direct reading from databases (PostgreSQL, Oracle Database, MS SQL Server).
Terrain: terrain layers in the Mapzen Terrain Tiles format.
Dynamic layers: information from mobile object monitoring systems and telemetry data.
External systems: integration via REST API, OData, data buses or message brokers.
Let's summarize the results.
The basis for the digital shadow is a digital master plan, which is created in the environment of the cGIS Pro platform. Information for the digital master plan can be uploaded directly to the storage of the cGIS Pro platform, or received directly from other (external) information systems.
To be continued
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