If location services were switched on when a photo was taken, the camera wrote the exact coordinates into the file. Not an approximation of the city — the actual latitude and longitude, usually accurate to within a few metres.
This guide covers how to read that position, how to turn raw coordinates into a place name, how accurate the result is, and the specific reasons location goes missing.
Photos store position in fields called GPSLatitude and GPSLongitude. Photo Trace reads them in your browser, converts them to a street address, finds the nearest landmark and shows the spot on a map. The photo is never uploaded.
The GPS section of a photo’s metadata holds more than two numbers:
| Field | What it holds |
|---|---|
| GPSLatitude / GPSLongitude | Position in degrees, minutes and seconds, with a reference letter for the hemisphere (N, S, E or W). |
| GPSAltitude | Height above sea level in metres, with a flag for below-sea-level positions. |
| GPSTimeStamp and GPSDateStamp | The satellite clock reading, always in UTC. Useful for working out the local time zone. |
| GPSProcessingMethod | How the fix was obtained — satellite GPS, or cell-tower triangulation. This tells you how much to trust it. |
That last field is rarely surfaced by photo tools and is genuinely useful. A fix marked CELLID came from mobile network towers rather than satellites, and is accurate to hundreds of metres rather than a handful. If a location looks slightly off, this often explains it.
Raw EXIF stores position in degrees, minutes and seconds rather than the decimal numbers mapping apps expect. A latitude might be recorded as 12° 58′ 31.378″ N, which converts to 12.975383.
Manufacturers also differ in how they write these values. Some store three rational number pairs, some a single decimal, some a comma-separated string of fractions. A reader has to handle all of them, which is why one tool may show a location where another shows nothing for the same file.
Coordinates on their own are not very human. Converting them into an address is called reverse geocoding: the numbers are matched against a map database to find what sits at that point.
Two results are worth distinguishing. The address is the administrative description — street, suburb, city, postcode. The nearest landmark is the closest named feature, which is often more recognisable: a temple, a station, a park. “Indiranagar Metro Station” means more to most people than a postcode.
Only the coordinates need to be sent for this lookup. The photograph itself never leaves your device.
Outdoors with a clear sky, a phone typically fixes position to within about five metres. Accuracy degrades predictably:
The photo records whatever the phone believed at that instant, with no indication of confidence beyond the processing-method field.
A missing position almost always has one of these five causes, and each leaves a different signature:
| Cause | What you see |
|---|---|
| Location services were off | Date and camera details present; your gallery app cannot map it either. |
| No satellite lock | Coordinates recorded as zero. Common indoors, in basements and on aircraft. |
| Shared through a messaging app | All metadata gone, not just location. Filenames often contain the app name. |
| It is a screenshot | Only the screenshot time; no camera information at all. |
| Android removed it in transit | Date and camera details present, location blank — but your gallery can map it. |
That last row catches people out. On Android, the system photo picker strips coordinates from images handed to websites in Chrome, so the same photo shows a location in your gallery but not in your browser. We cover the detail, and three ways around it, in why your photo’s location is missing in Chrome on Android.
If your gallery app can show the photo on a map but a website cannot, the data exists and is being removed in transit. If your gallery cannot map it either, the coordinates were never recorded.
Checking which photos in a folder still carry their location is tedious one file at a time. Selecting several at once and stepping through them is considerably faster, and photos without coordinates are worth seeing rather than skipping — when you are separating originals from stripped copies, the ones without a position are exactly what you are looking for.
Our guide on organising travel photos using GPS metadata covers turning this into a sorted library.
Worth stating plainly: if a photo carries coordinates, anyone who receives the original file can read them. That includes photographs taken at home, at work, or at a child’s school.
Most large social platforms strip location on upload, but not all services do, and files sent by email or cloud link usually arrive untouched. If you would rather share photographs without their position attached, see how to remove location data from photos.
Photo Trace reads coordinates in your browser, converts them to an address and landmark, and shows the position on a map. Nothing is uploaded or stored.