Image Metadata and EXIF: What Your Photos Carry
Every photo your phone takes contains more than the picture. Tucked alongside the pixels is a record of when it was taken, what took it, how the camera was set, and very often exactly where you were standing. This page explains what that data is, when it is useful, when it is a problem, and precisely what happens to it when you convert an image with this tool.
The short version: converting an image here produces a clean file with no EXIF metadata, because the picture is redrawn and re-encoded from scratch. Your original file is not modified.
What is in the metadata block
EXIF, short for Exchangeable Image File Format, is the standard cameras use to write technical information into a photo file. A typical smartphone photo carries most of the following:
- Date and time the shutter fired, sometimes with time zone.
- Camera make and model, and on a phone, which of the several lenses was used.
- Exposure settings: shutter speed, aperture, ISO sensitivity, focal length, whether the flash fired.
- Orientation: a tag saying which way up the camera was held, so viewers can rotate the image correctly.
- GPS coordinates, and sometimes altitude and compass direction, if location access was enabled.
- Color profile information describing how the stored numbers map to actual colors.
- An embedded thumbnail, a small preview copy of the image used for fast browsing.
Two related standards often ride along with it. IPTC fields hold captions, credits, keywords, and copyright, and are used heavily in journalism and stock photography. XMP is a more modern, flexible container that editing software uses to record adjustments and rights information.
When metadata is useful
This information is not sinister by default; it is genuinely valuable. Date and location are what let a photo library build timelines and map views, and what makes "photos from the beach last summer" a searchable idea rather than a manual hunt. Photographers use exposure data to learn what worked. Professionals rely on IPTC credit and copyright fields to keep attribution attached to an image as it travels. Orientation tags are why photos taken sideways still appear upright.
When metadata is a problem
The trouble starts when a file leaves your control. GPS coordinates in a photo are precise enough to identify an individual building, which means a picture of a pet in the living room can disclose a home address to anyone who opens the file properties. Timestamps can establish a pattern of movement. Camera serial numbers, recorded by some models, can link separate images to one device.
Most large social platforms strip metadata when they re-encode uploads, which quietly protects a lot of people. Files sent directly do not get that treatment. An emailed attachment, a chat file transfer, a cloud storage link, or an image uploaded to a forum or marketplace that stores originals will usually arrive with the metadata intact. Selling furniture online with a photo taken at home is the classic case worth thinking about.
What this converter does to metadata
The conversion process here decodes your image, draws it onto a blank canvas at its original pixel dimensions, and encodes that canvas into the format you chose. Because the new file is written from the drawn pixels rather than copied from the source, none of the original metadata block travels with it. In practice that means:
- GPS coordinates: not present in the converted file.
- Date, camera, and exposure details: not present in the converted file.
- IPTC captions and copyright fields: not carried over. If you rely on embedded credit, add it again afterwards.
- Orientation: handled correctly. Modern browsers apply the orientation tag when displaying an image, so the photo is drawn upright and the result needs no tag of its own.
- Color: output is standard sRGB, which is what browsers, consumer printers, and upload forms expect. A wide-gamut original is mapped into sRGB rather than carrying its original profile through.
- Your original file: untouched. Conversion produces a new file for download and never modifies the one you dropped in.
So converting is a practical way to publish a photo without its history attached. Convert a copy, send the copy, keep the original with all its data intact for your own library.
How to see what a file is carrying
You do not need special software to check. On Windows, right-click a photo, choose Properties, and open the Details tab; a Remove Properties link at the bottom can strip selected fields from a copy. On a Mac, open the image in Preview and use the inspector to see general, EXIF, and GPS tabs. On an iPhone, open the photo, swipe up or tap the info button, and any location appears with a map. On Android, the photo details panel shows similar information. If a location appears in any of those, it is in the file.
Reducing what you share, deliberately
- Turn location off for the camera if you never want it recorded. On iPhone this lives under Settings, Privacy and Security, Location Services, Camera; on Android it is a setting inside the camera app.
- Remove location when sharing from an iPhone. The share sheet has an Options control at the top where location can be excluded for that share.
- Convert a copy before sending, which clears the whole metadata block in one step and often makes the file smaller and more compatible at the same time.
- Screenshot as a last resort. A screenshot has no camera metadata, but it also loses resolution and quality, so it is a poor substitute for converting.
- Check before posting to marketplaces, which are the places where an address disclosure does the most harm.
Privacy beyond metadata
Stripping EXIF only helps if the file itself stayed private on the way. Most online converters upload your images to a server, process them there, and send the result back, which means the picture and its metadata were both handed to someone else before anything was removed. This converter never does that: every step runs inside your browser on your own device, and the image is not transmitted anywhere. The privacy policy spells out what that means in detail, and the about page explains how the local processing works.
Common questions
What is EXIF data?
EXIF stands for Exchangeable Image File Format. It is a block of information a camera writes into a photo file alongside the picture, recording things like the date and time, camera and lens model, exposure settings, orientation, and often the GPS coordinates where the photo was taken.
Does converting an image remove EXIF data?
With this converter, yes. The picture is decoded and redrawn onto a blank canvas, then encoded fresh, so the original metadata block is not carried into the new file. The converted image contains the pixels and nothing else. The original file on your device keeps its metadata untouched.
Do photos really contain my location?
They can. If location services were enabled for the camera app, the photo carries GPS coordinates precise enough to identify a specific building. Most social platforms strip this on upload, but files sent directly by email, chat, or cloud link usually arrive with it intact.
Will my photo come out rotated after conversion?
It should not. Modern browsers apply the orientation tag when they display an image, so the converter draws the photo the same way you see it and the result is upright. If an old file does come out rotated, rotating it in a photo app before converting fixes it permanently.
Is removing metadata the same as making a file smaller?
No. Metadata typically accounts for a few kilobytes, occasionally a little more when an embedded preview thumbnail is present. That is worth having for privacy, but it is not a size strategy. Dimensions and compression are what actually change a file's size.
Share a clean copy: drop the photo into the image converter, convert it, and send the result. The metadata does not come with it, and the file never left your device.