COMPLEX INNOVATIVE APPROACH TO THE USE OF INTEGRATED PLATFORMS FOR ENSURING RESILIENCE AND ECOLOGICAL SAFETY

Abstract

The scientific approaches and principles for the use of integrated platforms to ensure resilience and ecological safety in the planning of infrastructure restoration based on sustainable development have been considered and systematized. The consideration of the ecological aspect in the post-war reconstruction of Ukraine, integrating the principles of balanced use of natural resources and effective management for environmental conservation based on sustainable development, is highly relevant.The use of geoinformation technologies for ensuring resilience and ecological safety in the planning of infrastructure restoration based on sustainable development has been outlined and taken into account. Conducting spatial analysis to assess ecological risks such as floods, causes of erosion, water resource pollution, and climate change allows for forecasting and avoiding current threats during.The results of the conducted studies are an integral part of enhancing the reliability of assessments related to task development and implementing procedures for transitioning from applying multiple datasets to identifying dominant relationships between elements of the hierarchy. This ensures the consideration of interdependencies among all task elements, enabling the discovery of the most effective innovative solutions and approaches for infrastructure restoration. These solutions take into account the environmental state during Ukraine’s post-war reconstruction process while adhering to the principles and foundations of sustainable development. This approach optimizes recovery strategies by maintaining a balance between economic, social, and environmental requirements.