Surface Energy Balance Interface Software (SEBALIS) has been created using Visual Basic 6.0 program, which can simplify the existing system and the formulation, so as to minimize the use of software products that are commercially available. Specifically, the novel framework of SEBALIS facilitates data processing by reducing repetitive and complex tasks implemented with the ErMapper 7.1 software. The climate variables calculated in SEBALIS are always saved in such a way that they can be reprocessed using the ArcView GIS 3.3 software. The significance of this study lies in the combination of these tools is useful for obtaining information on the distribution of urban climate variables such as surface temperature (Ts), air temperature (Ta), net radiation (Rn), soil heat flux (G), latent heat flux (L), sensible heat flux (H), and evapotranspiration (Di)) for each land cover in urban areas. The scheme of SEBALIS is composed of Input Design, Structure of Input Output Data System, Output, User Interface, Menu Structure of Surface Energy Balance Model, and Software User Manual. The system output is capable of displaying spatial distribution map, map scale, and attribute information. The user interface contains five forms for Intro (splash screen), Load Data, MD1, Display, and Layer Symbol. The results of SEBALIS can be directly obtained in digital values, which can immediately be visualized in the software itself. For further analysis, the results of SEBALIS can be processed with ArcView GIS in the shapefile format. The benefits of this research for the reading community is able to understand design the interface software to simplify the manufacture of satellite data processing.