Smart cities represent an advanced urban development model designed to integrate technology, sustainability, and efficient governance to enhance the quality of life of citizens. Characteristic features of smart cities encompass multiple dimensions, including infrastructure, technology, governance, environmental sustainability, and citizen engagement. A key feature is the integration of information and communication technology (ICT) across urban systems, which allows real-time monitoring and data-driven decision-making. For instance, smart traffic management systems use sensors, GPS data, and AI algorithms to optimize traffic flow, reduce congestion, and improve public transportation efficiency. Similarly, smart energy grids enable better distribution and monitoring of electricity consumption, incorporating renewable energy sources and promoting energy efficiency. Sustainability is another defining characteristic of smart cities. These cities focus on minimizing carbon emissions, reducing resource consumption, and promoting green building practices. Smart cities prioritize efficient waste management, water conservation, and air quality monitoring. The use of renewable energy, such as solar and wind power, is often integrated into urban planning. For instance, smart buildings are equipped with energy-efficient systems, automated lighting, and water-saving technologies. Urban planning in smart cities emphasizes compact, mixed-use developments that reduce the dependency on private vehicles and encourage walking, cycling, and public transport. Citizen-centricity is central to the concept of smart cities. Smart cities leverage digital platforms to engage citizens in decision-making processes and to deliver public services efficiently. Mobile applications, online portals, and interactive dashboards enable residents to report issues, access public services, and receive timely updates. Smart governance ensures transparency, accountability, and responsiveness, enhancing trust between citizens and municipal authorities. Additionally, data security and privacy are critical considerations, ensuring that personal data collected through smart city systems is protected. Connectivity and ICT infrastructure form the backbone of smart cities. High-speed broadband, IoT networks, and 5G connectivity allow seamless communication between devices, infrastructure, and people. Smart sensors embedded in roads, buildings, and public spaces monitor environmental parameters, traffic, energy consumption, and public safety. Data collected through these networks is analyzed using AI and machine