Collection and Processing of Geographic Information. Gathering data on the Earth's surface using satellites, aerial photography, ground measurements, GPS, and other technologies. Utilizing satellite imagery and aerial photographs for monitoring changes.
Spatial Data Analysis. Applying mathematical and statistical methods to analyze spatial data. Vectorization of cartographic materials, creation and updating of maps. Solutions for creating detailed maps, optimizing planning, and management.
GIS for Natural Disaster Risk Analysis. Development of GIS solutions for analyzing the risks of natural disasters (floods, forest fires) and forecasting emergencies.
Development of solutions for protected areas (PAs), including the creation of maps for tourist routes and attractions.
Development of a unified geoinformation system for geological fund data using digital cartography, remote sensing, and artificial intelligence technologies to identify prospective areas.
Development of Intelligent Solutions for Data Processing. Development of intelligent solutions for automatic data processing, forecasting changes in natural processes.
Natural Resource Management and Modeling. Implementing GIS for managing forests, water resources, agriculture, and environmental protection activities. Developing solutions for precision farming, including soil monitoring, as well as biodiversity change monitoring.
