Smart maps are advanced digital maps that combine Geographic Information System (GIS) technology with real-time data, spatial analysis, artificial intelligence, cloud computing, and internet connectivity to provide dynamic, interactive, and intelligent geographic information. Unlike traditional paper maps or static digital maps, smart maps continuously update information and support decision-making by integrating multiple layers of spatial and non-spatial data. They enable users to visualize, analyze, and interpret geographic patterns efficiently, making them valuable in government, business, environmental management, transportation, and public services. In a GIS environment, smart maps act as intelligent visualization tools that display various thematic layers such as roads, land use, population, elevation, vegetation, weather, and utility networks. Users can switch between layers, perform spatial queries, measure distances, identify locations, and analyze relationships between different geographical features. These capabilities make smart maps highly effective for solving location-based problems. One of the key characteristics of smart maps is their ability to integrate real-time