EXIF Viewer & Remover
View the EXIF metadata hidden in a photo, including camera and GPS data, then download a clean copy with the metadata stripped, all in your browser.
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Every photo your phone or camera takes carries a hidden payload of metadata. EXIF, short for Exchangeable Image File Format, is the standard that defines this data, and it is embedded directly inside JPEG and TIFF files alongside the pixels. It records how the photo was made: the camera make and model, the lens, the exposure time, aperture, ISO, and focal length, the exact date and time the shutter fired, and often the precise GPS latitude and longitude where you were standing. Photographers love this information because it documents their craft, but most people have no idea it is there at all.
Frequently asked questions
Is my photo uploaded to read its metadata?
What is EXIF data and what does it contain?
Why should I remove EXIF before sharing a photo?
How does the metadata removal work?
Will removing metadata change how my photo looks?
What if my image has no EXIF data?
Does it show GPS location if the photo has it?
Which file formats are supported?
About EXIF Viewer & Remover
This tool reads that metadata for you using the open-source exifr parser, which runs entirely inside your browser. Upload a JPEG and it displays a clear table of the key fields: camera make and model, lens, the date taken, exposure settings, ISO, focal length, the image dimensions, and, if present, the GPS coordinates with an explicit warning so you are never surprised that a photo is broadcasting your location. If an image has no EXIF data, perhaps because it was already processed or came from a screenshot, the tool simply tells you so rather than failing.
Viewing is only half the job. The same EXIF that helps photographers can quietly leak your home address when you post a picture online, because many images keep their GPS tags even after being shared. The Download without metadata button solves this by drawing your image onto a fresh HTML canvas and re-encoding it as a new JPEG. Canvas re-encoding produces pixels only, with no metadata block, so the downloaded copy is visually identical but carries no camera details, no timestamps, and no location. It is the simplest reliable way to scrub EXIF before sharing.
The entire process happens locally on your device. The photo is never uploaded, there is no server, no account, and no logging, which matters precisely because the data being inspected can be sensitive. Once the page has loaded the tool works offline, so you can check and clean photos on a flight or anywhere without a connection. Whether you are a photographer auditing your shots or simply someone who wants to remove location data before posting, the workflow is the same: drop in a photo, read what it reveals, and download a clean version in one click.
The metadata that solved crimes and outed a fugitive
EXIF began as a Japanese industry standard, first published by the Japan Electronic Industries Development Association in 1995 as digital cameras were starting to replace film. The goal was practical: give every digital photo a structured place to store the shooting conditions that film photographers used to scribble in notebooks, so that aperture, shutter speed, and ISO travelled with the image. The format borrowed the TIFF tag structure, which is why EXIF data is organised as a series of numbered tags, and it has been extended steadily ever since to cover GPS, lens data, and more.
The addition of GPS tags transformed EXIF from a photographer's logbook into a privacy minefield. Because phones geotag photos by default, a single shared image can pinpoint where it was taken to within a few metres. The most famous example came in 2012, when anti-virus pioneer John McAfee, then a fugitive, gave an interview to journalists who posted a photo of him. The EXIF GPS data embedded in that photo revealed he was in Guatemala, contradicting his own claims and leading to his arrest days later. Investigators and open-source intelligence analysts now treat EXIF as a routine first step when examining any image.
The same data cuts both ways. Forensic analysts use EXIF to verify when and with what device a photo was taken, to detect edited or fabricated images by spotting inconsistencies between the metadata and the pixels, and to establish timelines in investigations. Photographers rely on it to learn from their own work and to prove authorship. The lesson for everyone else is simply awareness: the convenience of automatic geotagging means your photos may be revealing far more than the picture itself, which is exactly why a quick check and a one-click strip before sharing is worth the habit.