KB "Panorama" has developed "ARM of the Cadastral Engineer" version 15.5.4. In the new version, the process of establishing the correspondence between the names of coordinate systems used for maintaining the Unified State Register of Real Estate (USRN) and the State Forest Register (SFR) with the geodetic parameters of local coordinate systems has been automated. For this purpose, a file of local coordinate system (LCS) parameters and a file for matching LCS names to their parameters are used. The configuration of the matching file can be performed in the dialog of the "Reading a cadastral plan of the territory and updating the map" mode or in any text editor. Users can independently adjust the parameter file and the matching file in accordance with the information and data available to them. The program uses the LCS code or name specified in the XML extract file from the USRN or SFR to search for a line in the matching file. Then, for the found line, the LCS name in the parameter file is determined, and these parameters are set in the map passport.

In the "Create objects from XML file" task, reading the extract for a forest quarter has been improved. The order of sections containing references to spatial names has been corrected. Support for creating a map in a local coordinate system has been implemented, which allows both creating separate maps for each extract and updating a single common map. This supports general geographic coordinate systems in meters and degrees (EPSG3857, EPSG4087, and EPSG4326) and local coordinate systems based on the LCS matching file.

In the dialog of the "Reading a cadastral plan of the territory and updating the map" mode, the fields "File of reference systems parameters" and "Matching file" have been added. The procedure for creating temporary maps for source USRN XML files has been optimized, eliminating the creation of unnecessary datasets. The program now only creates maps for those LCS names encountered while reading the USRN XML files. For USRN XML files without spatial data, where information about the LCS name is absent, or for datasets without established correspondence to LCS parameters, a map of the "Large-scale plan" type is created.

In the "Scheme of plot location on the cadastral plan" mode, the formation of an XML document according to the SchemaParcels_V03 scheme has been implemented.

In the dialog of the "Attributes of a cadastral object" task, on the "Basic Information" tab, the CONSTRUCTION_PERIOD semantics has been removed for a single real estate complex. On the "Location" tab, the obsolete "On map" button has been removed. The button name "FIAS address" has been changed to "Select address", as the address is selected from the KB "Panorama" address database, not from the resources of the Federal Address Information System.

In the "Cadastral works database" mode, when exporting geodetic point information to CSV format, platform analysis has been added to automatically select the file encoding.

Obsolete mode buttons "Generate summary GPS measurement report" and "Create coordinate catalog from PNT file" have been removed from the Geodetic Editor panel. Their functions are provided by the "Scheme of geodetic constructions" and "Cadastral works database" modes, respectively. For user convenience, a flag "do not terminate task operation after execution" has been added to the geodetic editor parameters. The flag is used in geometric construction modes, constructions parallel and along an object.

For the "Scheme of geodetic constructions" mode, the creation of a geodetic construction scheme for cases where base stations are located at geodetic network points has been implemented. The formation of the scheme without filling in information about the base station in the dialog is supported. Direction lines "base station - object" are created in the scheme. Errors in configuring and creating labels for cadastral object points have been fixed. Points without their own name are now designated as new points in the scheme.

In the "Automatic placement of characteristic points" mode, the order of reading the composition and names of object keys processed on the source map and applied to the resulting map has been corrected. The ability to log program errors and failures to a diagnostic journal has been added.

In the "Creating an object scheme and filling out the report" and "Filling out the report for an object" modes, the ability to select a folder for saving the report has been added. When using a map located in a shared network folder, reports created by all users simultaneously working with the map are generated in this shared folder. To mitigate risks of working with someone else's report or deleting a report, the option to choose a folder for saving it has been implemented. Obsolete parameters have been removed from the geodetic editor parameters: template of the created report, folder for reports placement, generating a report with selection from a list. The ability to insert information into the report that is not contained in object semantics has been added. For processing attributes described in the map passport or map classifier, the following markers are supported: #MapName# - map name, #LayerName# - layer name, #ObjectName# - object name, #ObjectKey# - object key.

For the "Map-plan of the territory" mode, the algorithm for obtaining the area determination error value has been corrected. In the text report for identified objects, the #DAREA# marker (estimate of discrepancy between calculated area and area recorded in the USRN) has been replaced with #PAREA# (area determination error value).

In the "Map(plan) of the land management object" mode, when forming an XML document according to the interact_entry_boundaries_v02.xsd scheme, the algorithm for recording the "Maximum plot size" and "Minimum plot size" elements has been changed. These elements are not written to the file if their value is 0.

Support for geoportals providing vector data for territorial planning and territory development in PBF and GPKG formats has been implemented. Such data may contain object geometry, their attribute characteristics, and metadata for various scaling levels. When connecting such services, a multi-scale map is formed, for which display styles for various object types are automatically assigned. This allows using geoportal data, traditional vector maps, remote sensing materials, and databases in one project, significantly expanding territory analysis capabilities.

For the "Technical plan" mode, the procedure for using information on the area of a real estate object according to documents for multi-contour objects has been changed. Information about such area is stored in the AREADOC semantics, while the XML file and technical plan report previously used only the area of the first contour of the object. Calculation of the sum of areas for all contours has been added. During calculation, if the AREADOC semantics for a contour is not filled, the area from the map is used. When generating the report, the type of graphic files for the "Location scheme" section has been corrected. The check for placing graphic files in the map folder has been removed. When forming XML, the OtherParentCadastralNumbers node was filled from incorrect semantics; this has been corrected to KADNUM_ENK.

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

KB "Panorama" has developed the Professional Vectorizer "Panorama-editor" version 15.5.4. In the new version, tools for creating digital maps, automatic geodata processing, and working with large volumes of spatial information have been improved. Editing, object recognition, and geoportal interaction tools have been enhanced.

Support for geoportals with vector tiles in PBF and GPKG formats has been implemented in "Panorama-editor". This ensures work with multi-scale data, automatic style application, and display of semantics at different detail levels. The list of connectable sources includes a geoportal for vessel movement monitoring with real-time data display.

A mechanism for background loading of large vector maps, up to tens of gigabytes in size, has been added. The user can continue working with the data without waiting for full loading, while the process status is displayed in the interface, followed by automatic map updating.

Editing tools have been improved. Object creation and digitization modes have been expanded, additional snapping mechanisms to map elements have been implemented, and work with area objects has been enhanced. The ability to simultaneously open and edit properties of multiple objects has been added, simplifying data comparison and copying.

Tools for working with semantics and labels have been developed, including label formation based on priority attributes, value selection from composite semantics, and flexible configuration of text information display. Tools for configuring custom toolbars with Python script integration have been implemented, coordinate system support has been expanded, and diagnostic tools have been improved.

In automatic recognition tasks, image analysis capabilities have been enhanced. Support for determining address information has been added, and a mode for searching for unregistered objects with clear color indication of differences has been implemented.

Data import and export functions have been expanded. Support for saving object styles when exporting to GML and JSON formats in accordance with the OGC SLD standard has been implemented. Work with CSV, TXT, and Shapefile when loading coordinate data has been improved.

Search, filtering, and object list management tools, including grouping, display configuration, and selection processing, have been improved. Printing and exporting cartographic materials tools have been expanded. Visualization of spatial information has been improved through new types of diagrams displayed directly on the map. Support for MTD models based on LAS version 1.5 data has been added, and 3D analysis capabilities have been expanded.

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

Representatives of KB "Panorama" participated in the seminar "Modern Mine Surveying and Geological Equipment and Software", held in Moscow from March 23 to 25, 2026. As part of the business program, the company's specialists presented a report on the application of geographic information systems in the oil and gas industry. The focus was on the capabilities of KB "Panorama" software products for comprehensive support of all stages of extracting enterprises' activities — from field exploration to infrastructure operation and environmental monitoring. The presented solutions demonstrate how a unified geographic information platform allows consolidating heterogeneous spatial data, forming a cohesive digital model of the enterprise and the surrounding environment.

Particular emphasis was placed on the practical value of using GIS "Panorama" for supporting drilling operations and managing hydrocarbon extraction and transportation facilities. The system's tools provide precise well positioning, geological condition analysis, engineering cross-section construction, and control over the spatial position of the wellbore. This significantly improves the quality of technical decisions and reduces production risks.

KB "Panorama" software products enable efficient accounting of infrastructure objects, including pipelines, pumping stations, and production sites, using integration with relational and spatial databases. Support for a wide range of formats and geoportals provides access to external data sources and expands analytical capabilities for enterprises, which is especially important when working with distributed assets and extended objects.

An important advantage of the solutions is the developed toolkit for terrain analysis and earthwork volume calculation, as well as for modeling emergency situations, including forecasting oil spill zones. These functions contribute to improving industrial and environmental safety, which is a critically important factor for the oil and gas industry.

Additionally, the system's capabilities in the field of environmental monitoring were demonstrated, allowing for comprehensive analysis of the state of the environment, tracking changes over time, and generating thematic maps to support management decisions. The use of such tools helps enterprises comply with environmental requirements and minimize their impact on the environment.

KB "Panorama"'s participation in the seminar confirmed the high level of demand for domestic geographic information technologies in the oil and gas sector. The presented solutions clearly demonstrated that the implementation of comprehensive GIS platforms helps improve production process efficiency, enhance data quality, and form a unified digital space for the enterprise.

This seminar brought together specialists from the mining and oil and gas industries, software developers, and specialized organizations. The event served as a platform for discussing current issues of production process digitalization, improving the accuracy of geodetic and geological work, and introducing modern geoinformation technologies in industry.

Geoportal "Bank of spatial data" has been supplemented with a map of the Pitcairn Islands, formed according to OpenStreetMap data. To work with the map, you can use the GIS Panorama Mini program or other software products of KB "Panorama".

The map was led to the modernised classifier of large-scale plans of scale 1: 5 000 (map5000m). Publishing of updates in bank of spatial data is made by using the program of Databank of digital maps and remote sensing data. Publishing contents of bank of spatial data on the geoportal and data access for downloading are implemented by means of GIS WebServer SE.

Free maps on the basis of OpenStreetMap data are available for download on the page "Digital maps".

KB "Panorama" has developed the Automatic Recognition and Vectorization Suite "Panorama Vision" version 1.9.1. In the new version, a number of important improvements have been implemented aimed at increasing the accuracy of interpreting satellite data and aerial photographs.

Forest recognition quality on winter images has been improved. The neural network model has been retrained to account for seasonal features of images, including snow cover texture and reduced contrast of forest boundaries. Updated post-processing algorithms for semantic masks allow reducing the number of false positives under winter survey conditions.

Building recognition accuracy on satellite and aerial photographs has been improved. The improvements affected both the segmentation stage and subsequent post-processing of results. Neural network models were retrained on new images of Russian cities. Algorithms for adjusting building outlines to rectangular form have been improved: the service now more accurately determines the dominant orientation of the object and works more stably with complex L-, U-, E-, and other composite shapes. As a result, the outlines become more precise, orthogonal, and suitable for further use in cartographic and cadastral tasks.

A new neural network model, "Roads (rural areas)", has been added to the "Panorama Vision" suite, trained for segmenting dirt roads on satellite images of rural territories. The model has greater sensitivity in extracting unpaved roads outside and inside settlements, allowing a reduction in the number of breaks in the road network after vectorization.

Furthermore, the quality of processing large images has been improved by eliminating artifacts when stitching tiles. Previously, when processing large rasters, local mask defects and recognition instability could occur in border zones between individual image fragments. The updated processing scheme ensures consistent object formation across the entire image area, including on large rasters. This is especially important for large scenes covering urban development, forests, and agricultural territories.

The implemented changes make the service more accurate and stable when processing large data volumes in tasks related to forest fund monitoring, capital construction inventory, and cartographic information updating. To use the Panorama Vision service, you need to launch the "Automatic image recognition" task from the main menu of GIS "Panorama": Launch applications - Automatic object creation - Automatic Recognition and Vectorization Suite - Automatic image recognition.

The current version of GIS "Panorama" is available for download in the Download section.