ArcGIS enables the use of geographic context for design challenges in the infrastructure planning, design, construction, and operation. Using GIS in the master planning phase allows you to arrange a unified information space for project designers; select the best sites for development through geospatial analysis; evaluate how the project fits into existing neighborhoods, transportation infrastructure, utilities, and landscape; provide a GIS portal with projects and a catalog of geodata; collect field data for display in the project; and ensure an easy access to the deliverables for stakeholders through web-based GIS technologies in the 2D and 3D environments.

ArcGIS is a comprehensive geographic information system (GIS) used by operating companies and the utility sector to manage and analyze spatial data, improve operations, and support decision making. ArcGIS provides a geospatial data model to create a digital representation of networks, scale them to any size, and simplify the process of connecting new customers. An engineering network is a special data type in ArcGIS designed for modeling engineering systems such as electrical power, gas, or water supply, storm drainage, and sewage. This data type allows users to create and edit objects that model the equipment in use, trace the network, and analyze its performance. Off-the-shelf ArcGIS solutions, such as ArcGIS Water Distribution Data Management, can be applied (after minimal customization) to map water supply facilities, edit data, view maps in the field and office, and generate asset reports. An engineering network allows you to display your assets in a variety of ways: as thematic maps or a schematic representation of the network. ArcGIS enables users to analyze various events, such as equipment outages, as well as planned maintenance schedules.

Maximize all opportunities of the corporate GIS by providing centralized access to mapping and spatial analytics to all departments of the company. ArcGIS has proven its effectiveness in conducting cost-intensive oil and gas exploration and drilling operations, managing production assets, optimizing the location of infrastructure facilities and supporting oil company operations, as well as solving sophisticated aspects of maintaining corporate databases on property rights, leases and other property relations. ArcGIS provides access to the most complete, consistent and up-to-date data, allowing to optimize daily activities such as surveys, geophysical exploration, asset inspection, and operational control. ArcGIS brings a new level of quality in terms of business analysis and decision making by combining corporate information systems with the information on the spatial location of assets.

ArcGIS assists mining and exploration companies with a wide range of practical tasks in exploration, mining, mineral transportation, development of geologic maps and atlases, reserve estimation and reporting, and also environmental protection and reclamation planning. Analyze exploration data in a spatial framework to perform primary data analysis. Use your GIS to plan and conduct exploration activities. Employ the power of the GIS to support land surveying, automate land and property management, and provide a single point of access to up-to-date spatial data for all company departments. Using GIS tools, you can monitor production indicators and enterprise assets in real time. The ability to integrate data and indicators from different enterprise information systems allows you to significantly increase operational awareness and the quality of management decisions.

ArcGIS offers to launch a geographical information system both at the level of a farm and at the level of the Ministry of Agriculture as has been confirmed by its implementations in the CIS and worldwide. The first task that is solved at the stage of GIS implementation is to create a unified database of all land assets. Next, ArcGIS allows to significantly reduce the scope of development and establish an effective system of remote monitoring of crops, while applying satellite images and images from UAVs to assess the state of vegetation. Mobile GIS applications help agronomists to orient themselves on the terrain, get all reference data about the field from the internal geodatabase, and further conduct inspections and record photos and characteristics of crops, including those affected by pests. Precision farming relies on geospatial analysis tools, such as building productivity maps and taking into account terrain characteristics on the basis of ArcGIS spatial analysis tools. The results of such processing can be uploaded in the form of data for differentiated fertilizer application techniques. ArcGIS users can leverage not only their own data, but also connect the extensive library of updated Esri data. starting from surface topography and to satellite imagery, moisture and moisture accumulation charts, vector data, and so much more. As a result, ArcGIS allows you to organize effective management of agricultural lands and exercise operational control over the quality of work and consumption of inventory, it helps in making management decisions and serves as a basis for predicting yields. Also, government agencies can create open atlases of agricultural lands and interactive investment maps.

We offer many functional features within a GIS for the transportation industry, including planning, analysis, road asset management, and monitoring and data collection through mobile applications. ArcGIS provides a road network model that allows you to calculate trip timing, determine service areas, calculate distance matrices, and optimize depot placement. Esri products support creation, storage and analysis of linear coordinates (distance from a point of reference), having options for converting linear coordinates to geographic coordinates and vice versa. ArcGIS includes tools for integrating public transportation schedules (as GTFS) into a road network model. The road network model can also contain information about current and previous traffic. Our products can be used both for planning new transportation infrastructure based on demographics and other geographic factors, and for monitoring the condition of existing facilities. In addition to the ArcGIS platform, which is easily adaptable to the user's needs, there is also a set of specialized solutions: ArcGIS for Roads and Highways, ArcGIS Aviation Airports, ArcGIS Aviation Charting.