EXIF Viewer – View Hidden Image Metadata, GPS & Camera Data
About the Image Metadata Viewer
Every photo taken with a camera or phone carries a hidden record of how it was made. This EXIF viewer opens that record and lays it out in plain language: which camera and lens took the shot, the exposure time and aperture, the ISO, the exact date and time, and in many cases the GPS coordinates of where the shutter was pressed. The data is parsed with exifr, a library that reads EXIF, IPTC, XMP, ICC, and IFD0 segments, so it picks up publishing metadata and color profile information alongside the standard camera fields.
Results are sorted into labeled groups rather than dumped as a raw key list. Camera holds the make, model, lens, and processing software. Shooting holds the exposure settings, formatted the way a photographer reads them, so you see f/1.8 and 1/250s rather than decimal fractions. GPS holds coordinates to six decimal places, which is precise to roughly a tenth of a meter. Anything the parser finds that does not fit a known group is collected under Other, so nothing is silently discarded.
The privacy implications are the reason most people look this up. A photo posted straight from a phone can tell a stranger the make and model of your device, the exact minute you were somewhere, and the coordinates of that place, often accurate enough to identify a specific building. Major social platforms strip this on upload, but files sent by email, messaging apps in document mode, cloud links, and direct downloads usually keep it intact.
This tool reads metadata but does not remove it. The practical way to strip EXIF is to re-encode the image, since drawing it to a canvas and saving discards everything. Running a photo through the Image Compressor produces a clean file with no camera, date, or location data attached.
The BigToolSite engineering team tested this against DSLR raw exports, iPhone and Android camera files, screenshots with no EXIF at all, images already stripped by social platforms, and photos with partial GPS data, confirming that missing groups are omitted rather than shown as empty and that parsing failures fall back to an empty result instead of breaking the page.
iPhone photos in HEIC format store their EXIF the same way, and the HEIC Image Converter is the practical route to a viewable copy if your browser cannot display the original.
If you are preparing images for the web anyway, the Image Resizer removes metadata as a side effect of redrawing at the new dimensions.
How to Use the Image Metadata Viewer
- Choose Upload Image and drop a file, or click to browse. Files up to 20MB are accepted.
- Or switch to Load from URL, paste a direct link to an image file, and press Enter or click Load Image. This requires the remote server to permit cross-origin access.
- The image appears on the left with its pixel dimensions, and the metadata panel fills in on the right.
- Read the groups in order. Camera covers the device and lens, Image covers dimensions and color space, Shooting covers exposure settings, Date & Time covers capture and modification timestamps, and GPS covers location.
- If GPS coordinates are present, copy the latitude and longitude into any map service to see exactly where the photo was taken.
- Click Copy JSON to put the complete raw metadata on your clipboard as formatted JSON, including fields not shown in the grouped view.
- Click New Image to clear everything and analyze another file.
Example Usage
Input: IMG_2938.jpg, straight from a phone camera
Camera: Brand Apple, Model iPhone 15 Pro, Lens 24mm f/1.78
Shooting: Exposure 1/120s, Aperture f/1.78, ISO 64, Focal Length 6.86mm
Date & Time: Date Taken 2026:06:14 18:32:07
GPS: Latitude 34.198600°, Longitude 73.242000°
Those coordinates alone are enough to place the photo on a map to within a few meters. If you are about to share the file publicly, that is the field to check first.
A screenshot or a graphic exported from design software usually returns “No metadata found.” That is expected. EXIF is written by cameras, so images created rather than captured have nothing to report, and images already processed by an upload pipeline have had it removed.
For a photo downloaded from a stock site, the Other group often contains IPTC and XMP fields the grouped view does not name individually, including copyright holder, creator, caption, and keywords. Use Copy JSON to see all of it at once.
Frequently Asked Questions
Exchangeable Image File Format data is a block of information cameras and phones embed inside a photo file. It records the device, lens, exposure settings, orientation, timestamp, and often GPS coordinates, all stored alongside the pixels rather than visible in the picture.
Yes, when location services were enabled on the camera. GPS coordinates are stored to several decimal places, which is precise enough to identify a specific building or address.
No. Parsing happens entirely in your browser, so the file and everything inside it stay on your device.
Screenshots, exported graphics, and images processed by social platforms typically have no EXIF. Facebook, Instagram, X, and WhatsApp strip it during upload. Re-saving a photo in most editors also removes it.
Re-encode the image. Passing it through a compressor, resizer, or format converter redraws the pixels and discards the metadata block, producing a file with no camera, date, or location information.
Yes, if the host allows cross-origin requests. Many image CDNs do; most website servers do not. If the URL fails, download the image and upload it instead.
Fields the parser found that fall outside the named categories, commonly IPTC publishing data such as copyright and captions, XMP fields written by editing software, and ICC color profile details.
Partially. Metadata can often be read from RAW formats, but browsers cannot display RAW images, so the preview will fail even when parsing succeeds. JPEG, PNG, WebP, and TIFF work reliably.
Frequently. Photographers use it to review the settings behind a successful shot, journalists use timestamps and coordinates to verify images, and archivists rely on it to organize collections chronologically.
It tells viewers how to rotate the image for correct display, which is how a photo taken sideways appears upright. Software that ignores the flag is why some images occasionally show up rotated.
