Image Metadata Remover

Strip hidden EXIF, GPS and camera metadata from your photos before you share them.

Each image is redrawn on a canvas and re-encoded, which discards EXIF, GPS, camera, and other embedded metadata.

Your images are processed entirely in your browser — they are never uploaded to a server.

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About the Image Metadata Remover

The Image Metadata Remover strips the hidden information your camera or phone tucks inside a photo file. Every JPEG, and often HEIC, TIFF, and PNG files too, carries an EXIF block plus IPTC and XMP records that describe how and where the shot was taken: camera make and model, lens, exposure settings, the exact date and time, the editing software used, and frequently GPS latitude and longitude accurate to within a few meters. That data never appears in the picture itself, so most people upload photos with it still attached. This tool reads those fields and writes out a clean copy of the same image with the metadata gone.

Use it whenever a photo will leave your direct control: posting to a forum, marketplace, or dating profile, emailing an image to a stranger, attaching a screenshot to a support ticket, or submitting work where you would rather not advertise your gear or your location. The most serious reason is GPS. A picture taken at home and shared publicly can hand out your address to anyone who downloads the file and opens the location tags, a check that takes well under a minute with free viewers. Stripping metadata first means the version you share carries no coordinates, no timestamp, and no device fingerprint.

The remover works on the file's container, not its pixels. It parses the metadata segments, deletes the EXIF, GPS, IPTC, and XMP blocks, and re-saves the image, so the visible photo, its resolution, and its colors are untouched. Removing the data also trims a small amount of file size, since those records are no longer stored. Because the operation is purely structural, you can run it on a photo you have already edited without re-compressing the image or losing detail, and the resulting file opens normally in any viewer or app.

One accuracy note specific to this tool: do not rely on social platforms to protect you. Facebook, Instagram, X, TikTok, and LinkedIn do strip GPS and most EXIF from the public copy others see, but they ingest and may retain your full original file, metadata included, on their servers, and private messages or direct file shares can pass the original through untouched. The only reliable approach is to clean the file before it leaves your device. This tool processes your image so the version you keep and share is the version without the hidden tags.

Frequently asked questions

What information does EXIF metadata actually contain?

Typically the camera or phone make and model, lens and exposure settings, the date and time the photo was taken, the editing software used, and, if location services were on, GPS latitude, longitude, and sometimes altitude accurate to within a few meters. None of it is visible in the image, but all of it travels inside the file.

Will removing metadata reduce my photo's quality?

No. The tool deletes the metadata records in the file's container without touching the image pixels, so resolution, sharpness, and color stay identical. File size may drop slightly because the EXIF, GPS, and XMP blocks are no longer stored.

Do I still need this if Instagram and Facebook strip EXIF anyway?

Yes. Those platforms remove GPS and most EXIF from the public version other users download, but they receive and may keep your full original file on their servers, and direct messages or file shares can pass metadata through. Cleaning the file before upload is the only way to guarantee the data is gone.

Can someone really find my home address from a shared photo?

If GPS tagging was enabled when you took the picture, yes. Anyone who downloads the image can open its location fields in a free viewer and see coordinates pointing to where the photo was taken, which is often a home, school, or workplace. Stalking cases have relied on exactly this.

Which image formats can have metadata removed?

Common photo formats including JPEG, HEIC, TIFF, and PNG can carry EXIF, IPTC, or XMP data, and the tool can clear those records from them. JPEG and HEIC from phones are the most likely to contain GPS coordinates.

From our blog

Blur vs. Redact: How to Hide Sensitive Information in an Image Without Leaking It

By the Super Simple Digital Tools Team · Updated June 2026

Most people blur a photo by instinct: there is a face, a plate, or an account number they would rather not broadcast, so they smear it and hit share. That instinct is right, but the execution often is not. Blurring and pixelation look final to the eye while quietly preserving a mathematical trace of what was underneath, and a growing set of tools can read that trace back out. Understanding the difference between hiding something visually and removing it permanently is the whole game when you are protecting real secrets.

Here is why blur leaks. A blur replaces each pixel with a weighted average of its neighbors; pixelation replaces a square block of pixels with one averaged color. Neither throws information away cleanly. Researchers at Bishop Fox demonstrated this with Unredacter, an improvement on the earlier Depix tool: it walks through possible characters, renders each in the same font and size, pixelates that guess, and compares it to the redacted area until the math lines up. Short, predictable strings such as card numbers, dates, or check fields are the easiest to recover because there are so few plausible permutations.

That does not make blur useless. For low-stakes clutter, blur is perfectly reasonable: a stranger's face in the background of a vacation photo, a street sign, a messy desk behind your video call, or a neighbor's car in a real-estate listing. The goal there is courtesy and reducing incidental identifiability, not defeating a determined attacker with a depixelation script. A strong Gaussian blur of 30 pixels or more, or a coarse pixelation, comfortably handles those cases and keeps the picture looking natural.

When the content actually matters, switch tactics. Passwords, government ID numbers, bank details, API keys, signatures, and anything you would be harmed by losing should be covered with a solid, opaque block, not a blur. A solid mask leaves no averaged pixels to reconstruct, which is why every redaction guide lands on the same advice: black bars, nothing fancier. Draw the block generously so it overhangs the text on every side; partial letters or a stray digit poking out can be enough for a reconstruction tool, or a sharp-eyed human, to fill in the rest.

Finally, mind the export and the original. Because this tool processes images in your browser, your file stays on your device, but you still need to save the flattened output, the version with the obscuring baked into the pixels, and share only that. Never send the unedited original, and remember that screenshots of formatted documents can hide text under matching colors that copies right back out. Blur for tidiness, mask for secrets, double-check the exported file, and you will share photos without sharing what you meant to keep.

  • For passwords, ID numbers, or card details, choose the solid-block mode, not blur or pixelate, then make the block extend past the text on all four sides.
  • When blurring faces or license plates for privacy, push the blur strength to 30 pixels or higher so no feature or character stays legible.
  • Always export and share the flattened PNG or JPEG, and keep the unedited original off-line so you never accidentally post the version without redactions.
  • Zoom in before exporting and check that no partial letters, digits, or reflections peek out from the edges of the blurred or masked region.

Read the full guide →

Tool by the Super Simple Digital Tools Team. Reviewed by our editorial team. Free to use, no signup required.

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