FORMATION OF ROAD CADASTRAL DATA BASED ON MODERN GEOINFORMATION TECHNOLOGIES

This article examines the formation and management of automobile road cadastral data based on modern geoinformation technologies. The study emphasizes the growing importance of Geographic Information Systems (GIS), digital mapping, remote sensing, GPS, and automated monitoring technologies in improving the efficiency, safety, and sustainability of road infrastructure. Special attention is given to the integration of cadastral data for road planning, placement, monitoring, and management processes under conditions of rapid urbanization and increasing transport demand. The research highlights the role of GIS in visualizing road networks, analyzing traffic flows, identifying accident-prone areas, and supporting decision-making in infrastructure development. The article also analyzes the importance of continuously updating cadastral databases using real-time data, artificial intelligence, and automated systems to ensure the accuracy and reliability of information. Furthermore, international experience in road cadastral management is reviewed, and practical recommendations are proposed for the development of an effective and sustainable road infrastructure system in Uzbekistan. The findings demonstrate that the integrated application of modern geoinformation technologies significantly enhances the operational efficiency of road management, reduces traffic risks, optimizes resource utilization, and supports environmentally sustainable development.