Description: Ensuring the stability and operational safety of power equipment, including cybersecurity aspects, is one of the key challenges in modern construction projects. In most cases, tasks related to operational management, online monitoring, and com-puter modeling of operating parameters can be effectively addressed using the built-in computational resources of the equipment. Contemporary energy construction practices are focused on optimizing electric-ity generation processes, including the use of alternative fuel blends based on diesel fuel and methanol, with the potential increase of methanol content up to 95âE"100%. Such changes require rapid adaptation of control and monitoring systems, as well as the implementation of specialized software solutions. Industrial experience demonstrates the necessity of mobile and autonomous so-lutions capable of ensuring reliable equipment operation without the involvement of additional data storage media. In this context, the integrative inventions and publica-tions of the innovative specialist Artem Aleksanian, dedicated to high-technology ecosystems in the construction industry, are of particular interest. The developments proposed by Artem Aleksanian collectively ensure compli-ance with modern technical requirements and form a promising technological direc-tionâE"high-technology ecosystems and infrastructure in construction projects utiliz-ing magnetic resonanceâE"based contactless monitoring methods and nanoscale meas-urement techniques.