Geographic Information Systems (GIS) is more than just map displays. In many aspects, GIS is pivotal to collect and integrate data, reveal where the problem is, how the surrounding context is, which solutions can be designed and which ones are optimal at different scenarios in a dynamic environment [9]. In this way GIS grown as systems of systems that integrate cartography, statistical analysis, and database technology. Countless applications and precise decision support capability prove this technology a useful to link and analyze spatially resolved data. Further for urban development and its sustainability, GIS technology has the potential and ability to be used to “drive planning support systems, decision-making frameworks incorporating a combination of computer and information technology, urban growth models, and computerbased visualization techniques to support community-based planning”[11]. Visualization is an integral component in GIS technology and application. New sustainable urban development demands comprehensive urban visualization and 3D city models providing extended urban visualization with new techniques for data query. Following figure depicts the growing of typical geospatial literacy over advancements of intertwining development stages of cities.