KB "Panorama" has developed GIS "Panorama Mobile" version 1.9 for Android OS. The new version adds the ability to create maps and expands their editing capabilities. Data export to KML format has been implemented.

A "Create Map" item has been added to the application's main menu. With its help, you can quickly create a map with a specified name, classifier, base scale and type. The created map is immediately connected to the current project and saved in the application storage, from where it can be opened through the "Open File" menu.

The "Map Editor" task has been supplemented with a "Move Object" tool. The editor allows users to create maps based on collected terrain data using tools such as: "Create Object", "Edit Object Contour", "Delete Object" and others. The "Move Object" mode makes it possible to move objects on the map without changing their contour. For ease of use, the selected object is automatically centered on the screen, which helps control its position.

The ability to save maps in KML format has been added. A map can be created in manual or automatic mode by recording a track using GPS receiver coordinates. To export a map to KML format, it is sufficient to specify a folder and file name through the standard Android file manager. This format is a popular standard for working with geospatial information and is compatible with many GIS applications. The resulting KML files can be easily transferred and used in desktop GIS "Panorama", "Panorama-editor" and GIS Panorama Mini programs for subsequent processing of data from mobile devices. The new version has improved support for the dark interface theme. This makes working with the application more comfortable at any time of day.

GIS "Panorama Mobile" allows opening the main digital map formats of GIS "Panorama" on Android-based mobile devices and processing information from the built-in GPS/GLONASS receiver. Users can prepare the necessary set of spatial data in advance, pack them into a ZIP format archive using standard tools and transfer them to the mobile GIS "Panorama Mobile". The data processing workflow is performed autonomously, without connecting to the Internet. When the user moves, their current position is dynamically displayed using coordinates obtained from the GPS/GLONASS receiver. For ease of use, the ability to synchronize the map position with the current location is provided. To save coordinates obtained during movement, a track recording mode is provided, which creates a separate map and plots the movement trajectory on it. Basic information is provided for all map objects during operation.

The source code of GIS "Panorama Mobile" for Android is included in the GIS Constructor for Android software product and can be used as a basis when creating your own mobile application in the Kotlin programming language. GIS "Panorama Mobile" uses the MAPAPI programming interface, which implements extensive capabilities for performing calculations and ensuring the display of spatial data in standard and custom symbol systems. Access to the MAPAPI programming interface occurs through the Java Native Interface (JNI) programming interface. The JNI programming interface allows calling MAPAPI libraries implemented in C/C++ from Java/Kotlin language. An example implementation of this interface is included in GIS Constructor for Android.

New versions of GIS "Panorama Mobile" and GIS Constructor for Android are available for download in the Download section.

KB "Panorama" has developed the Aeronautical Information Document Preparation Complex version 8.5 for operating systems "Astra Linux Special Edition", "RED OS", "Alt Linux" and MS Windows under the management of GIS "Panorama" for Linux and Windows.

In the new version, the information input dialogs ("Aerodrome Input", "Airspace Structure Elements Input", "Aerodrome Infrastructure Input") have implemented the capability to maintain a database of landing sites for unmanned aircraft and Class H airspace structure elements in accordance with Russian Federation Government Decree No. 1133 dated July 31, 2025, Order of the Ministry of Transport of the Russian Federation No. 140 dated April 21, 2025, and the AIP of the Russian Federation.

Class H is established in airspace from 0 to 150 m above ground (water) surface, on specially designated routes for unmanned aircraft flights at altitudes below 3050 m.

For plotting objects on aeronautical charts, aeronautical classifiers (dfc.rscz and dfc_en.rscz) have been updated, adding the object: landing site for unmanned aircraft.

The Aeronautical Information Document Preparation Complex is a set of tools for maintaining an aeronautical database, modeling and analyzing aeronautical situations, generating aeronautical charts, and exchanging data with other information systems through export and import in ARINC 424-19 exchange format and export in AIXM 5.1 format. The "Flight Scheme Design" task serves for designing departure, approach and landing routes and analyzing flight safety on them. The "Aerodrome Compliance Assessment with FAR Requirements" task is designed for analyzing aerodromes and aerodrome territories for operational suitability and aircraft flights according to Federal Aviation Regulations.

The new version of the program, examples of aeronautical information documents, operational documentation, video tutorials and presentations are available for download on the Download page.

Specialists from KB "Panorama" together with students from MIIGAiK have prepared a video tutorial on working with the "Add Map Inset" mode of the "Report Constructor" task. The reviewed mode is available in GIS "Panorama", GIS "Operator" for the "Astra Linux Special Edition" operating system.

The video tutorial demonstrates the process of adding a map inset to an existing project. The inset is created as an autonomous design element. After activating the corresponding mode, a rectangle is drawn for insertion and a map file is selected to be used for this inset. Additionally, an inset can be created as an addition ("magnification") to an already existing one.

Maps in insets can be moved and scaled by directly changing the coordinate values of the image center and relative scale in the semantics, as well as using the "Content Editing" mode. Map scaling in the insert is performed by pressing keyboard keys "A" and "Z". Additionally, a specific scale value can be set by pressing the "S" key. To edit the map position in the inset, you need to select the object and move it while holding the left mouse button. When an inset has a "magnification", its movement and resizing are performed automatically when editing the inset itself.

You can familiarize yourself with the educational materials in the "Video Tutorials" section.

KB "Panorama" has developed the Automatic Recognition and Vectorization Complex "Panorama Vision" version 1.6.0. The new version implements obtaining address information for recognized objects based on integration with the address database of GIS "Panorama" (address.gisserver.info), containing more than 100,000,000 records describing the location of objects from the State Address Registry (GAR) of the Russian Federation. In the recognition modes "Buildings", "Roads", "City", users now have access to an additional option "Label object addresses". When selected, the "Panorama Vision" service automatically queries information about found objects in the address database. For buildings, location information is determined by the nearest address point from the database to the object's centroid. For linear objects (streets and highways), the name is selected based on the most frequently occurring designation identified among adjacent address points.

The "Panorama Vision" complex fills the following object semantics: for buildings - "House Number" (31202), "Street Name" (31201), "Settlement Name" (3106), "City Name" (31207), "District Name" (3108); for streets and highways - "Proper Name" (9), "Settlement Name" (3106), "City Name" (31207), "District Name" (3108). When recognizing in "City" mode, topological coordination of buildings and linear objects is additionally provided, resulting in buildings automatically being oriented along the direction of the nearest roads. This improves the visual appearance of the vector map by approximating real urban infrastructure. Objects with filled address semantics are automatically labeled when generating the vector map. House numbers and street names are applied to the map. To edit labels on the final map, you can use the "Automatic Label Placement" application task in GIS "Panorama" or configure labeling using the "Object Lists" mode.

The "Panorama Vision" complex allows vectorization of buildings and roads, forest contours, agricultural fields, and hydrographic objects (rivers, ponds, lakes, and others). The service is located on the Internet on KB "Panorama" servers. Access to the service is provided from the GIS "Panorama" application task list: Launch Applications – Automatic Image Recognition item, as well as through REST API protocol methods. To work with REST API, you need to obtain a registration key. You can familiarize yourself with the complete list of available methods via the link.

Obtaining address information about objects is available starting with GIS "Panorama" version 15.5.0 and higher. The current version of GIS "Panorama" is available in the Download section.

KB "Panorama" has developed the "Cadastral Engineer Workstation" version 15.5. The new version implements automation tools for creating land plot boundary schemes for the corresponding section of the graphical part of the territory map-plan. Tools have been developed for generating information about identified objects and controlling land plot areas in accordance with established requirements.

A new mode "Automatic placement of characteristic points" has been added to the "Geodetic Editor". This mode is designed for automatic formation of land plot boundary scheme elements. The source information for this mode is a map with plotted land plot boundaries, taking into account their status (existing, formed, annulled, clarified or changed). The program implements an algorithm for processing the established composition of map objects presented in the layers "Cadastral Territory Plan", "Survey Plan" and "Registry Error Correction" of the survey.v6.rsc classifier. The cadastral object processing algorithm takes into account the boundary contour status and mutual arrangement of map objects. As a result of processing, point objects are applied to the map - characteristic boundary points, labels for characteristic point designations and labels for cadastral object designations. For characteristic boundary points, the type (plot contour point or capital construction object contour point) and status (existing, new, annulled) are filled in. This information is used when forming point designations. For example, 356У – existing characteristic point of plot boundaries; н124О – new characteristic point of building, structure, or unfinished construction object contour; 356У - annulled characteristic point of plot boundaries.

To determine the inclusion of land plots in settlements taking into account the coincidence of external boundaries of objects of two classes, the "Object Lists" dialog has been improved. To find and mark the above-described type of inclusions, a search option "Inside and touching" has been added. The search result consists of objects from the first list located completely inside objects from the second list or having contour contacts from the inside.

The "Territory Map-Plan" mode has been improved. When generating an XML document and text report in the "Territory Map-Plan" format, sorting of land plots and real estate objects by ascending cadastral number has been added. When generating a text report, the "Other information about the real estate object" section is filled with values from semantics containing information about encumbrances and restrictions on object use. Sections for clarifying information about cadastral objects registered in the EGRN but having no spatial description are formed based on map objects with the "formed" type. In this case, the cadastral object must have the cadastral number semantic filled in.

Sections containing information about characteristic points of multi-contour map objects are separated by lines that include the object's cadastral number and the contour's registration number.

Tools have been developed for generating information on identified objects located within the boundaries of the territory where comprehensive cadastral works are being carried out, for which data is absent in the Unified State Register of Real Estate (EGRN) and for which the persons using them lack documents establishing or confirming their rights (if any). In the "Territory Map-Plan" dialog, elements have been added to the object tree to display information about objects identified during cadastral works. A tool has been implemented to generate a textual report "Information on Identified Objects" in the form approved by Order No. 728 of the Russian Ministry of Economic Development dated November 6, 2019.

Tools have been developed to control the area of a cadastral object and to generate the report "Information on Land Plots with Area Discrepancies." The program analyzes the measured area of a land plot and compares it with the area recorded in the EGRN. If a discrepancy of more than 10% is detected, relevant information is included in the report. Additionally, the program checks whether the plot's area falls within the minimum and maximum allowable sizes specified in the land use and development regulations. The program identifies plots with areas exceeding the maximum allowable or below the minimum allowable and includes the control results in the report.

The "Cadastral Works Database" mode has been improved. The set of information for the cadastral works client, if it is a foreign legal entity, has been updated. The dialog of this mode now includes the fields: "Address," "Registration Number," and "Registration Date."

The "Cadastral Object Attributes" mode has been enhanced. The list of cadastral object classes has been updated based on the object key, and the list of attributes has been refined according to the list of object semantics keys. If the cadastral object class is not defined, the assigned semantics for the processed object are displayed in the dialog elements.

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