In the specific case of Bolivia, the National Oceanic and Atmospheric support the Bolivian Government on managing around 34 synoptic stations (Construyendo Herramientas para Evaluar Vulnerabilidades y Estrategias de Adaptación al Cambio Climático en el Sector de Recursos Hídricos de Bolivia, World Bank 2010). As we observe from the figure, there are not stations in the South Western part of the country and in the highest Andeans mountains (close to Titicaca Lake). The report also point out that the Servicio Nacional de Hidrologia y Metereologia (SENAMHI) supplied with 81 stations which had smaller range of timeline information in comparison with these synoptic stations. When MSI from National Aeronautics and Space Administration (NASA) were compared with some weather stations given by SENAMHI, it was observed a discrepancy of mean temperature between 3 to 4 °C. However, when those MSI were compared to the synoptic stations, no significant discrepancies were found. In the case of precipitation, the same discrepancies were concluded when a comparison between MSI and weather stations from SENAMHI was developed. The development of this tool will allow users to have three different perspectives of geospatial meteorological information at real time and decide better in the input quality. Also, it will allow meteorological governmental entities having a more active role in the technology update of their monitoring system. It is important to point out that to successfully implement the real time update of this tool, real time satellite information is required, and therefore support from the NASA experts to supply with real time information will be needed.