This thesis focuses on the creation of a web geodatabase for precision agriculture in Nyírbátor, Hungary, utilizing geostatistical analyses. The study begins with an introduction outlining the objectives and significance of the research, followed by a comprehensive literature review covering various GIS-related topics. The materials and methods section describes the study area, workflow, and algorithms employed, with the web geodatabase created using GeoNode. The results and discussion section presents the user interface and functionalities of different sections, including Home, About, Data, Maps, GeoStories, and Dashboards. The conclusion highlights the limitations of the study, such as the lack of sufficient literature sources, unorganized data sets, and resource constraints. Despite these challenges, this thesis contributes to the field of precision agriculture by developing a web geodatabase that holds potential for future research and analysis. Overall, the study demonstrates the value of utilizing web geodatabases in precision agriculture and offers a framework for future investigations in this area.