How to Add GPS Coordinates to a Photo (iPhone, Android, Web)

There are three meaningfully different ways to "add GPS to a photo," and they solve different problems.

1. At capture, automatically. The camera reads GPS from the device the moment you take the photo and writes it both to EXIF and onto the visible image.
2. After the fact, from a photo's existing GPS. The photo already has GPS in EXIF; you want to render it onto the visible image so it survives uploads.
3. After the fact, with manually entered coordinates. The photo has no GPS; you know where it was taken and want to stamp it.

Pick the right one for your situation, then follow the steps.

1. iPhone: at capture, with a GPS camera app

The native iOS Camera app writes GPS to EXIF if Location Services is on, but it doesn't render the coordinates onto the visible image. Most platforms strip EXIF GPS on upload, so EXIF-only GPS disappears the moment the photo leaves your phone.

For visible GPS, install a GPS camera app. The TimeStamp Camera iOS app captures GPS, atomic time, and a reverse-geocoded address at the shutter. Open the app, point, shoot. Every photo arrives with the stamp baked in.

Settings to check on first run:

• Format. US (MM/DD/YY), EU (DD/MM/YY), ISO (YYYY-MM-DD), or long (Mon DD, YYYY).
• Position. Top-left, top-right, bottom-left, bottom-right.
• Show address. Most fieldworkers want both the coordinate and the address line. Toggle the address off if you only want numbers.
• Job note. Project name, unit number, or claim ID becomes part of the stamp.

The iOS app captures GPS even when offline; the address fills in once you're back on signal.

2. Android: capture EXIF, stamp in the browser

There's no native TimeStamp Camera app for Android (yet). The Android workflow is two steps:

1. Make sure Location Services and the camera's "Save location" setting are on. Take photos as normal; GPS goes into EXIF.
2. On a desktop or another phone, open the browser GPS stamp tool. Drop the photo, the tool can read GPS from the EXIF, and you click download to get a stamped JPEG.

This works on any photo from any camera that wrote GPS, including DSLRs and action cameras. The drawback: you can't stamp at the moment of capture the way a native iOS app can.

3. Photos with no GPS: manual entry

If your photo has no GPS data (which is the case for most social-uploaded photos, since platforms strip GPS), you can still add coordinates manually.

1. Open the GPS camera tool.
2. Drop the photo.
3. Type the latitude and longitude in decimal degrees (e.g. 37.7749 and -122.4194). Most maps apps let you right-click a location and "copy coordinates."
4. Optionally type the address. The stamp shows live; click Download.

This is the same workflow you'd use to stamp a screenshot, a scanned photograph, or any image where the original GPS context is gone.

How to find coordinates for an address

Quickest options:

• Google Maps. Right-click any spot, pick What's here. The card shows the coordinates.
• Apple Maps. Long-press a spot. The pin shows the coordinates in the card.
• OpenStreetMap. Right-click → Show address. Or paste an address into Nominatim and it returns lat/lng.

All three give decimal degrees, which is what the stamp tool expects.

Visible stamp vs. EXIF: which one matters?

If you're going to upload the photo anywhere, the visible stamp matters more. Most platforms strip EXIF on upload to protect users' privacy. So if your goal is a photo where the GPS is verifiable to anyone who looks at it, a visible, pixel-rendered stamp is the only reliable answer.

You can confirm this for yourself: take a GPS-stamped photo, upload it to Instagram, save the file back. Open the saved file in the EXIF viewer: the GPS is gone. Open the same file in any image viewer: the visible stamp is still there.

For evidence and audit work, you usually want both: the original file (with EXIF GPS, kept as evidence) and a stamped version (for sharing). Apps like the iOS TimeStamp Camera produce the second from the first automatically.

Common pitfalls

Stale GPS. Some apps cache GPS to save battery. If you walked 50m between two shots, both might carry the same coordinate. Pick a camera app that re-acquires GPS per-photo.

Wrong timezone. EXIF stores time as a wall-clock string, not UTC. If you travel and your device clock changes, two photos taken seconds apart can appear an hour apart. Atomic time + an explicit timezone in the stamp avoid this.

Cropped-out stamp. Place the stamp where it won't be cropped out of common formats. Bottom-left at ~3% of the image height fits inside both 4:3 and 1:1 crops.

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Related reading:

• Best GPS camera apps in 2026
• How to read EXIF metadata
• GPS photo evidence: a contractor's guide