The relevance of dismantling and demolishing construction objects arises from various factors, including aging infrastructure and challenges. To address these issues, innovative solutions are needed for efficient and sustainable demolition practices. Integrating advanced technologies and software can optimize demolition processes, enhance safety, and minimize environmental impact. By considering technical, ecological, and social aspects, such tools offer comprehensive solutions to modern challenges in the construction industry. Implementing intelligent technologies for selecting optimal demolition strategies is essential for meeting the needs of reconstruction in the face of infrastructure aging and destruction. The implementation of intelligent technologies and software for the optimal choice of demolition scenarios is crucial. The article aims to discuss and develop a program that will provide a quick and efficient selection of the most adapted demolition strategies in the conditions of destruction and aging of the construction stock, meeting the needs of modern construction and reconstruction. The purpose of the research is to develop and present an algorithm and toolkit for intelligent selection of optimal demolition scenarios for buildings and structures based on the analysis of objects and their analogs. The subject of the research is the development and improvement of software for intelligent selection of optimal demolition scenarios in construction. The object of the research is the process of demolishing buildings and structures that are outdated and damaged due to military actions.