How Accurate Is AI Photo Geolocation? How to Read the Numbers
A research-backed guide to country accuracy, distance error, threshold scores, calibration, geographic bias, and designing a test that resembles real use.
Insights
Discover resources and expert advice to improve your photo geolocation workflows.
A research-backed guide to country accuracy, distance error, threshold scores, calibration, geographic bias, and designing a test that resembles real use.
A controlled evidence-ablation case study showing how text, brands, business names, object order, and street geometry affect a location hypothesis.
A reproducible case study that moves from visible clues in a Cambodian street photo to a verified camera position using Nominatim, OpenStreetMap, nearby businesses, geometry, and ground-truth coordinates.
A file-by-file investigation of what metadata, signed provenance, and web matches can establish—and the false conclusions each can create.
A real metadata-conflict case showing when solar geometry is usable, when it must be rejected, and how terrain can provide an independent check.
A measurement-first guide to claim levels, distance error, confidence calibration and the common case where a place name is right but its pin is wrong.
A rigorous workflow for moving from an unknown photo to a defensible location using file preservation, visual clues, AI candidates, maps, and independent verification.