The use of geoinformation systems for planning and implementing the restoration of territorial communities

Abstract

Introduction: The relevance of the use of geodata systems is increasing in view of large-scale destruction of infrastructure caused by cataclysms, as well as human economic and political activity. The aim of the article is to analyse the potential applications of geoinformation systems (GIS) to optimize infrastructure restoration processes and reduce costs. Methodology: The research methodology is based on the analysis of the impact of GIS through statistical analysis, modelling and the use of weighted calculations. Results: The results of the study demonstrate that the implementation of GIS significantly reduces the time and costs of restoration, improve the accuracy of planning and reduce the risks of future destruction. Conclusions: The article identifies the key challenges associated with the implementation of these systems, including technical limitations, the need for qualified specialists and ensuring data security. Proposed solutions include the development of national standards, the training of specialists, and expanding the use of modern technologies. The practical significance of the work is carrying out calculations on the effective implementation of GIS for the restoration of territorial communities in Ukraine in the post-war period. Further research should focus on studying the impact of innovative technologies on reconstruction processes and their integration into national recovery projects.