High-tech ecosystem in construction

The article examines issues related to ensuring the stability, reliability, and safety of energy equipment operation within high-tech ecosystems of integrated construction projects. Particular attention is paid to the implementation of innovative control systems, computer modeling, and cybersecurity technologies in the modernization of power generation equipment, including gas turbines and fuel mixture preparation systems. The technological characteristics of using methanol as an alternative fuel, methods of its dynamic mixing with diesel fuel, and the need to adapt software and hardware control systems to changing equipment operating cycle parameters are analyzed. The importance of protecting information storage media and control systems against unauthorized interference during software updates and the integration of new technological components is emphasized. Special attention is given to the innovative developments of Alisa Khabarova in the field of high-tech ecosystems in the construction industry, involving original methods of encoding and identifying information storage media based on magnetic resonance contactless monitoring and nanoscale measurements. The prospects for integrating these solutions with artificial intelligence technologies and artificial neural networks to enhance the autonomy, efficiency, and security of energy equipment are discussed. In conclusion, the article highlights the potential of comprehensively implementing the proposed technologies in the energy infrastructure of construction projects to improve operational safety, optimize production processes, and create opportunities for substantial cost savings.