The thesis titled "Concept of a Smart City: Analysis of Information Technologies" by Volodymyr Volodymyrovych Pavlyus, a master's student at Ternopil Ivan Puluy National Technical University, focuses on the concept of smart cities and their integration with digital and real cities using information and communication technologies. The paper discusses the development of intelligent urban management and public services through data analysis from various sensors and cloud computing platforms. Key aspects of the concept include smart municipal supervision, transportation, environmental monitoring, and tourism. The thesis also explores new methods for smart cities, such as cloud-based positioning, remote sensing, video integration with GIS, and space-time data analysis. Practical applications are provided, including smart municipal supervision, transportation, environmental monitoring, and tourism. The thesis concludes with a discussion on workplace protection and safety in extraordinary situations, emphasizing the importance of information technology in maintaining health and safety. The research is supported by the concept of smart cities, which aims to enhance urban development and provide market-driven solutions for resource distribution. The study contributes to the understanding of how information and communication technologies can be utilized to create more efficient and intelligent urban environments.The thesis titled "Concept of a Smart City: Analysis of Information Technologies" by Volodymyr Volodymyrovych Pavlyus, a master's student at Ternopil Ivan Puluy National Technical University, focuses on the concept of smart cities and their integration with digital and real cities using information and communication technologies. The paper discusses the development of intelligent urban management and public services through data analysis from various sensors and cloud computing platforms. Key aspects of the concept include smart municipal supervision, transportation, environmental monitoring, and tourism. The thesis also explores new methods for smart cities, such as cloud-based positioning, remote sensing, video integration with GIS, and space-time data analysis. Practical applications are provided, including smart municipal supervision, transportation, environmental monitoring, and tourism. The thesis concludes with a discussion on workplace protection and safety in extraordinary situations, emphasizing the importance of information technology in maintaining health and safety. The research is supported by the concept of smart cities, which aims to enhance urban development and provide market-driven solutions for resource distribution. The study contributes to the understanding of how information and communication technologies can be utilized to create more efficient and intelligent urban environments.