KB "Panorama" has developed the "Spatial Analysis Complex" designed for studying territorial properties and finding relationships between objects and their attributes. The program creates thematic maps based on data in planning and development, social, geographical, environmental, and financial research. The construction is based on quantitative indicators of information about natural resource reserves, soil and vegetation quality, planning and development, distribution of animal species, environmental pollution levels, healthcare, demographics, crime, and other phenomena. Thematic maps allow statistical data to be visually displayed on a selected terrain map, from a World map to a map of an individual city. The results of spatial analysis are saved as various map options: colored and hatched polygons, bar and pie charts, hexagonal networks. The complex is installed as part of GIS "Panorama". The complex panel is launched in the "Launch Applications" dialog in the "Thematic Maps and Diagrams" section. The procedures for creating thematic cartograms and diagrams allow the formation of graphic images that clearly illustrate the relationship between values of a selected characteristic for individual digital map objects.

The hexagonal network construction procedure creates thematic maps in the form of a hexagonal network based on positive and negative environmental impact factors in the selected territory. When building a thematic map, the selected map fragment is covered with a network of hexagonal cells of equal area containing objects of interest. The choice of hexagonal cell shape is explained by a more homogeneous structure of connections between neighboring cells: each hexagonal cell has 6 neighboring cells, with equal distance to the centers of adjacent cells. As an example, parameters for building a map of favorable areas based on a test terrain map have been added to the program installation. The map construction takes into account the presence of objects of interest (residential buildings) and environmental impact factors, as well as the distance of objects of interest from environmental objects. Objects with negative factors include objects (territories) representing technological hazards (chemical plants and nuclear industry enterprises), noise levels (construction sites, railways, major highways, stadiums), air quality (landfills, livestock farms, smokestacks), unfavorable landscape elements (cemeteries, swampy areas). Objects with positive factors include objects (territories) that improve the quality of the urban environment (theaters, sports grounds, swimming pools), favorable landscape elements (forests, water bodies). Each object is assigned a radius of influence (in meters) on neighboring objects. For example, a major road is assigned a radius of 3000 m, a railway track - 1000 m, a landfill - 5000 m. For objects of small length and area, the radius of influence is reduced. Upon completion of the hexagonal network construction, the map is colored according to the degree of influence of negative and positive factors: red - unfavorable area, orange and yellow - areas with poor and low quality urban environment, green and blue - areas with good, high and comfortable quality urban environment. When selecting the "Show hexagonal network statistics" mode, a dialog opens to display statistics for the hexagonal areas of the network. The dialog contains lists of objects of interest (residential buildings), lists of influence objects and influence factors. Selecting objects allows highlighting them on the map.

The "Calculate semantics values for included objects" task allows copying object semantics based on territorial affiliation and works in two modes: calculations by semantics and transferring semantics from included objects to selected polygons. The "Calculations by semantics" mode allows analyzing the distribution of a group of objects within selected polygons (area objects) and filling the semantic characteristics of polygons based on the results of the analysis. Before launching the dialog, polygons to which semantic characteristics will be added are preliminarily marked on the map using search and selection tools. The analyzed objects are specified by the map object filter (Filter button).

The "Copy semantics to included objects" task is designed to transfer values of specified semantic characteristics from reference polygon objects to the semantics of territorially dependent selected objects of the digital map. If the input map and the map with editable data have different classifiers, one characteristic should be selected from the list of copied semantics and coordinated with the semantics of the selected objects. Otherwise, with identical classifiers, multiple selection of copied semantics is allowed. Coordination of semantic characteristics is performed automatically.

KB "Panorama" specialists have prepared a video tutorial on the "Building a hexagonal network" task. The Spatial Analysis Complex complements the capabilities of the 3D Analysis Complex for studying terrain properties using various source data. The current version of GIS "Panorama" is available for download in the Download section.

KB "Panorama" has developed GIS "Panorama Mobile" version 1.12 for the domestic mobile OS Aurora. The new version implements tools for adding objects or sets of objects from object template lines. Import of TIFF format elevation matrices has been added and the list of map types for creation has been expanded.

GIS "Panorama Mobile" allows creating special maps in various subject areas: cadastre, ecology, air navigation, forestry or agriculture, emergency situations, and others. To support the subject area of maps, KB "Panorama" has developed specialized classifiers. The main advantage of mobile GIS is working with maps on location: the user creates, deletes, moves, or edits map objects while in close proximity to them. When working on populating maps, there is often a need to add similar types of objects. Finding and selecting the type of object to create takes more time than the process of adding it to the map. The template panel solves the problem of object selection: it allows saving object types for repeated application. When opening a data set or changing the active map, the "Template Panel" associated with the selected map is automatically loaded. Changing the assigned object is also easy: just hold down the panel button. For planning the placement of objects on the ground or creating map objects from standardized objects, the application of multiple objects together has been implemented. When placing a set of objects on the map, it is possible to change the tilt and position of the set.

The program has added import of TIFF format elevation matrices into the internal format of GIS "Panorama" for accurate data retrieval from elevation matrices in the form of height at a specific point. The imported elevation matrix is saved next to the imported file with the MTW extension. For user convenience, popular map types (for example, Topographic 42 year or PZ-90.11) have been added to the "Create Map" task with the ability to specify a zone. Now you can select the necessary map type without specifying the EPSG code. When adding an object from a CSV file, the ability to specify the "WGS-84 Degrees" coordinate format has been implemented. This allows importing data from many third-party mapping programs.

The complete source code of the GIS "Panorama Mobile" application for Aurora OS is available for review as part of the GIS Constructor toolkit for Aurora OS.

GIS "Panorama Mobile" allows opening and editing the main digital map formats of GIS "Panorama" and popular geoportals on mobile devices based on Aurora OS, processing information from the built-in GPS/GLONASS receiver. Users can prepare the necessary set of spatial data in advance using one of the desktop products (GIS "Panorama", "Panorama-Editor", GIS Panorama Mini) and transfer it to the mobile GIS "Panorama Mobile". Data processing is performed autonomously, without an Internet connection. As the user moves, their current position is dynamically displayed according to coordinates received from the GPS/GLONASS receiver. For convenience, there is an option to synchronize the map position with the current location. To save the coordinates obtained during movement, there is a track recording mode that creates a separate map and plots the movement trajectory on it. Basic information is provided for all map objects during operation. The program was developed based on the GIS Constructor toolkit, which provides components for creating mobile applications for working with digital maps in the C++ programming language using Qt.

Aurora OS is a Russian mobile operating system developed by "Open Mobile Platform" company. The operating system is designed to build trusted mobile infrastructure and protect sensitive information in government organizations, large and medium-sized commercial companies. It contributes to ensuring the technological sovereignty of the state through a secure mobile environment and meets all the requirements of regulators in the field of national security and information protection. Aurora OS allows centralized management of mobile devices and mobile software when using Aurora Center. The current version of the Aurora mobile OS has been certified by the FSTEC of Russia and fully complies with the requirements for "A" type operating systems of protection class 4 and trust level 4.

The new version of the program is available for download in the Download section.

KB "Panorama" has developed an Environmental Tasks Complex for the "Astra Linux Special Edition" operating system. The complex is designed for processing and analyzing data obtained from observation point networks as part of environmental monitoring. The program is installed as an add-on to GIS "Panorama" and allows for rapid assessment of the state of observed processes, phenomena, or events using the results of retrospective analysis of spatial data.

Monitoring measurements can be conducted at both stationary observation points and during field trips. During observation, multiple indicators are recorded simultaneously, allowing for comprehensive characterization of the monitoring object. A flexible settings system makes it possible to group indicators depending on the direction of observations, including monitoring of air pollution, water bodies, soil, subsoil conditions, biological resources, radiation situation, land, permafrost, production and consumption waste, coal dust content, wildlife objects, and other factors. To assess the state of the observation point network, visualization of their scheme is provided, where special symbols on a topographic map display the current status of each point.

Monitoring indicators are recorded using measuring instruments in the form of numerical values. For their calculation, including when assessing territorial changes in observed phenomena and processes, "Panorama Vision" can be used. For example, to determine the area of a flood zone resulting from high water, this product uses neural networks and artificial intelligence technology to interpret photographs (space, aerial, from UAVs) and recognize flood zone boundaries. "Panorama Vision" is a cloud platform solution that can quickly and effectively solve problems of object recognition in images as a digital service.

All monitoring indicators are linked to measurement time, which makes it possible to reconstruct their values at different points in the form of grid models (matrices). Before constructing such matrices, the data undergoes filtering and noise removal using mathematical statistics methods. To analyze changes, isolines and zones with the same indicator values (areas) are constructed.

Matrices, isoline maps, and areas linked to different points in time are combined into sets – time series data. Retrospective analysis tools for monitoring indicators provide joint display of time series matrices, isoline maps, area maps, and graphs of indicator changes at specified observation points. To record analysis results, the generation of reports and analytical summaries is provided.

The new version of the Environmental Tasks Complex for "Astra Linux Special Edition" is available in the Download section.

KB "Panorama" has developed "Workstation of the urban-planner" version 15.4.1. The new version expands capabilities for connecting to geoportals containing layers of urban planning objects and territorial planning. This allows users to obtain up-to-date information about terrain objects at specified locations, which is especially important for working with spatial data used in urban planning activities.

The spatial data portal "National Spatial Data System" contains extensive information, including urban planning data on land plots and real estate objects. Users can request detailed information such as cadastral number, object area, registration date, current status, land category, permitted use type, territorial zone, form of ownership, cadastral value, and other characteristics. This object information is necessary for analysis, planning, and approval of construction projects.

The obtained information is integrated into the "Urban Planning Workstation" database, allowing it to be used for maintaining registries of land plots and real estate objects, forming urban planning regulations, and preparing reporting documentation. This approach significantly simplifies the process of working with spatial data and increases the efficiency of decision-making in urban planning. The "Urban Planning Workstation" provides convenient access to up-to-date information, which contributes to improving the quality of planning and management of urban development processes.

The new version of the program is available for download in the Download section.

KB "Panorama" has developed GIS "Panorama" version 15.3.5 for "Astra Linux Special Edition" OS, "Alt Linux" OS, "RED OS" and Ubuntu (20.04, 22.04). The new version implements tools for controlling vector maps and object label metrics, as well as viewing control results. The tasks for map projection conversion and exporting territorial planning data to GML format have been improved.

The "Check of vector map quality" task is designed to check the correctness of digital data, as well as the completeness and accuracy of semantic and metric descriptions of map objects. It allows for automated correction of errors identified during the control process. Users can work in two modes — data control and editing, with changes being saved to map files in the editing mode. The task performs various types of control, including structural data control, which is always active, and sheet passport control. The mode supports saving and changing the control scheme, providing flexibility in settings for different projects. Control schemes prepared in GIS "Panorama" for Windows can be used during the task operation.

The "Viewing results of check" mode provides tools for detailed analysis and processing of the results of vector map verification and editing. The dialog interface displays error messages, as well as control elements that allow filtering and customizing information output. Each protocol includes a sequential message number, labels, object number, and error text. Important features include the ability to hide corrected errors, as well as customize the display of deleted objects. If necessary, the user can save the results in CSV format or as a data list that will be available for further work. The option of automatic object selection and highlighting them on the map allows for quick navigation through the protocol and detailed analysis of each case.

The "Correction of label metrics and template metrics" dialog provides verification and adjustment of "Label" and "Template" type objects. The task performs alignment of coordinates for non-scalable labels, correction of their length, and smoothing of metrics to create a more fluid shape. Additionally, template processing is provided, including merging lines and labels with the same digitization direction. The correction process is initiated with the "Execute" button and can be interrupted at any time. All changes are recorded in the map protocol, which indicates the number of the corrected object and the nature of the adjustments made.

The "Vector, raster, matrix map conversion" task allows changing the projection, projection parameters, ellipsoid, and datum of the map. This is necessary, for example, for transitioning between different coordinate systems or projections, such as changing the zone of a topographic map or switching from the 1963 coordinate system to the 1942 system. The task dialog consists of two parts: the left side displays the original projection parameters, and the right side offers the ability to modify them. Users can select the desired parameters or copy them from existing maps. After the conversion is complete, the new map will automatically open in a new window, and files will be saved in the user-specified folder.

The "Export territorial planned data in GML" task is necessary for converting maps into territorial planning documents in GML format that comply with the requirements of the Ministry of Economic Development of the Russian Federation. Users can select a map for export, specify the file name and document type, depending on the type of territorial planning. The export is performed taking into account various classifiers and EPSG codes. The processing displays the number of processed objects and errors, and all messages are saved to a log file. The converter checks map layers for compliance with established requirements, excluding the export of objects that do not correspond to permissible layers.

GIS "Panorama" is a universal domestic geographic information system. The program is designed for accumulation, storage, automated processing and display of data, calculation results and forecasts with geospatial reference. GIS "Panorama" contains tools for displaying and processing vector, raster and matrix maps. The application provides users with tools for solving specialized tasks of modeling the movement of special objects against the background of a 3D model, forecasting the consequences of emergency situations at hazardous facilities, monitoring aircraft movement, conducting geodetic and topographic work, processing data from GPS/GLONASS navigation devices, printing displayed spatial data to various output devices, and many others.

The new version of the program is available for download in the Download section.