About Qibla Detector
Qibla Detector is an analysis tool that measures mosque orientation accuracy using open geospatial data. It uses geometry and metadata contributed to OpenStreetMap to surface how far a mosque may deviate from the theoretical qibla bearing.
Built on OSM, Nominatim and Overpass-powered geospatial records.
Compares building axis with the Kaaba bearing as an angular problem.
Designed for observers, researchers and anyone asking why orientation matters.
Why was this project built?
Mihrab direction is not merely an architectural detail. It is one of the clearest physical indicators of ritual orientation. Historically, qibla was estimated using stars, local references, magnetic compasses and geometric calculations. As a result, mosques from different periods often carry different levels of directional precision.
Qibla Detector treats that difference as a measurable geometric question rather than a rhetorical claim. The goal is to make mosque orientation legible for architectural historians, field observers and curious users alike.
Developer
This application was developed by Guzin Goksu. Guzin is also the author of Koklere Donus, a platform focused on Quran-centered philological writing. The two projects work in different genres, but they belong to the same intellectual horizon: method, source, orientation and meaning.
Visit Koklere DonusData and license
Map and mosque records are derived from OpenStreetMap contributors and related open-data services. The analytical method is transparent and documented in the methodology section.
Contact
Feedback, collaboration and sponsorship: [email protected]