See every detail hidden in your files: camera settings, the date taken, and GPS location on a map. Works with photos (JPG, PNG, WebP, HEIC, TIFF, RAW) right in your browser, plus video and PDF.
| Make | |
| Model | |
| Lens | |
| Focal length | |
| Aperture | |
| Shutter speed | |
| ISO | |
| Flash |
| File name | |
| File size | |
| File type | |
| MIME type | |
| Last modified |
An EXIF data viewer reads the hidden metadata baked into a photo and shows it in plain language: the camera and lens used, the exact date and time taken, the exposure settings, and the GPS location where the shot was captured. ToolsPivot's EXIF Data Viewer reads all of this directly in your browser, so the photo never leaves your device, and it handles the formats older viewers choke on, including iPhone HEIC files and RAW files from every major camera brand.
The viewer parses every metadata block in an image and sorts it into readable sections instead of one raw dump. It pulls the camera data (make, model, lens, focal length, aperture, shutter, ISO, flash), the date taken, and GPS coordinates, then goes into the layers most tools skip: XMP editing history, IPTC captions and copyright, and the ICC color profile. Everything is parsed locally by an in-browser engine, so a 40 MB RAW file is read on your machine, not queued on a server, with a one-click path to the EXIF data remover once you've seen what's inside.
Photographers, journalists, OSINT researchers, and privacy-minded users reach for this data every day. A photographer studies the exposure settings behind a shot they admire. A researcher verifies where and when an image was captured. Someone about to post vacation photos checks whether their home or hotel coordinates are riding along inside the file.
The core problem it solves is visibility. Most people have no idea their photos carry a street-level GPS pin, an edit trail, or a device serial number until a tool surfaces it. ToolsPivot turns that invisible layer into a clear report in about a second.
Most metadata viewers stop at images, but this one goes further. Drop in a video or a PDF and you get the same clear report you get for photos.
For video, the viewer handles MP4, MOV, WebM, AVI, MKV, and more. It surfaces when the clip was recorded, the device that shot it, how long it runs, and where it was filmed. If the video has GPS baked in, that location drops onto the same interactive map you get for photos.
For PDFs, it reads the author, the title, the software that created the file, and the creation and last-edit dates. That's useful when you need to know where a document actually came from, or whether it was changed after it was first made.
The privacy model shifts for these two formats. Photos are always read on your own device, so JPG, PNG, WebP, HEIC, TIFF, and RAW files are never uploaded and never stored. Video and PDF work differently because browsers cannot read inside those files: they're sent to the server, parsed there, and deleted right after, with nothing kept. Images carry no size limit since they stay local, while video and PDF have a size cap shown on the tool itself.
Context: You've edited 50 travel shots and you're about to post them to a blog or portfolio. Process:
Result: Your location stays private, and if you also need to crop images online for your layout, you do that after the cleanup.
Context: You want to reproduce the look of a great shot on your own camera. Process:
Result: Reviewing the EXIF of hundreds of images sharpens your eye for what works in each lighting condition, and an image compressor then prepares your own shots for fast web loading.
Context: A "photo" a client sent looks off, with flat lighting and a background that's too clean. Process:
Result: Authentic camera files almost always carry 15 or more EXIF fields and a consistent timestamp chain, so a blank camera section is worth investigating further with a reverse image search.
Context: You're about to send an export to a printer or a client and want the colors to hold. Process:
Result: A wrong profile is a common cause of colors shifting between screen and paper, and if you're matching those exact colors in a design, you can grab the values with a color picker or convert them with an RGB to Hex converter.
Digital photos can carry three different kinds of embedded metadata, and they are not the same thing. EXIF (Exchangeable Image File Format) is the technical data the camera writes automatically: aperture, shutter speed, ISO, GPS, and device info. You don't control what goes in here. The camera decides.
IPTC (International Press Telecommunications Council) data is the editorial layer. Photojournalists and agencies use it to tag images with captions, keywords, copyright notices, and photographer credits, usually written by hand through software like Adobe Bridge.
XMP (Extensible Metadata Platform) is Adobe's format for editing history and custom properties. When you adjust exposure or color in Lightroom and export a JPEG, those edit parameters get written into the file as XMP. The viewer reads all three when they exist, so you see how the photo was shot, who owns it, and how it was edited in one report. For anyone running a site heavy with images, a website SEO checker can then tell you whether oversized embedded metadata is slowing your pages down.
Not every photo online will have its EXIF intact. Social platforms and messaging apps treat metadata differently, and knowing which strip it saves you from troubleshooting empty results.
| Platform | EXIF preserved? | Notes |
|---|---|---|
| No | Strips all EXIF on upload | |
| No | Removes metadata and recompresses | |
| Twitter / X | No | Strips GPS and most camera data |
| No | Removes EXIF and reduces resolution | |
| Flickr | Yes | Full EXIF preserved by default |
| Google Photos (download) | Yes | Original EXIF kept in downloaded files |
| iMessage | Partial | Strips location but keeps some camera info |
| WordPress (media upload) | Yes | Keeps EXIF unless a plugin removes it |
If you download an image from Facebook or Instagram and the viewer shows almost nothing, the platform already stripped it during upload. The original file on the photographer's device still holds everything. When you're preparing client screenshots from a website screenshot generator, it's worth checking those too, since screenshots can still embed a device name, an operating system version, and a creation timestamp even without camera EXIF.
Plenty of free EXIF viewers exist, and the better ones now read files in the browser too. Where ToolsPivot's viewer earns its place is the combination in one tool: broad format support, a GPS map, the deeper XMP, IPTC, and ICC layers, four input methods, one-click export, and a direct handoff to strip metadata, all with no signup, no usage cap, and no GPS data gated behind an account.
| Basic free viewer | ToolsPivot EXIF Viewer |
|---|---|
| Images only | Photos, video, and PDF |
| Often uploads to a server | Photos parsed in your browser |
| Mostly JPEG and TIFF | JPG, PNG, WebP, HEIC, RAW, TIFF |
| Coordinates shown as text | Pin on an interactive map plus Google Maps |
| Basic EXIF only | EXIF plus XMP, IPTC, and ICC |
| Upload only | File, drag-drop, paste, or URL |
| Export rarely offered | Copy, JSON, or CSV |
| Signup or usage caps common | No signup, no caps, 18 languages |
Several newer dedicated viewers match some of these features individually. The practical difference is having them together, free, with a clear next step to remove the data, so you don't have to bounce between three separate sites to view, verify, and clean one photo. If you need placeholder files while building a layout around your cleaned images, a dummy image generator covers that.
Knowing what the tool does not do is part of using it well.
Yes, it's completely free with no usage limits. You can read as many images as you need without creating an account or paying for a premium plan.
No, not for file, drag-drop, or paste input. Those images are parsed entirely in your browser and never sent to or stored on a server. Only the "from URL" option touches a server, through a guarded proxy, because browsers block reading a remote image directly.
Yes, unlike photos. Browsers cannot read inside video or PDF files, so those are sent to the server, parsed, and deleted immediately with nothing stored. Image files like JPG, PNG, HEIC, and RAW are always read locally and never leave your device.
Yes. Paste an image URL and the tool fetches it through a safe server proxy, then parses the metadata. You can also drop, choose, or paste an image if you already have the file on your device.
Yes. The viewer reads HEIC and HEIF metadata and decodes a preview so you can see the image, which most JPEG-only tools cannot do with iPhone files.
The viewer reads Canon CR2 and CR3, Nikon NEF, Sony ARW, Fuji RAF, Panasonic RW2, Olympus ORF, and Adobe DNG. Metadata reads for all of them, and previews appear for the formats your browser can render.
Yes. Alongside photos, the viewer reads video files such as MP4, MOV, WebM, AVI, and MKV, plus PDF documents. For video you get the recording date, device, duration, and GPS location if present; for PDFs you get the author, title, creating software, and the creation and edit dates.
Several things cause empty results. Screenshots carry no camera EXIF because no lens was involved, social platforms like Facebook and Instagram strip metadata on upload, and some editing apps remove it on export.
Yes, if your phone's GPS was active when you took the photo. Smartphones embed latitude and longitude accurate to within a few meters, so a photo taken indoors can expose your street address. Always check images before sharing and strip the location data first.
EXIF gives you strong clues. Real camera files contain a specific model, lens, focal length, and a chain of timestamps, while AI-generated images usually lack these fields or carry only generic software tags. An empty camera section is a red flag worth investigating.
EXIF is the technical camera data written at capture, like aperture, ISO, and GPS. IPTC is the editorial layer for captions, keywords, and copyright. XMP stores editing history from software like Lightroom. The viewer reads all three when they're present.
Yes. You can copy everything to your clipboard or download the full report as JSON or CSV, and both exports include the extended XMP, IPTC, and ICC data, not just the basic EXIF tags.
EXIF is useful supporting evidence, but it can be edited with free software. Timestamps, GPS coordinates, and camera fields can all be altered, so courts and investigators treat it as one piece of a larger picture rather than definitive proof.
Use the "Remove EXIF data" button, which hands you to the metadata remover. It strips the embedded data while keeping the visual quality intact. If the orientation tag was causing display issues, you can also rotate the image online afterward.
No installation or downloads are needed. The viewer runs entirely in your web browser on Chrome, Firefox, Safari, and Edge, across desktop and mobile. You can also convert an image to Base64 from the same image toolkit when you need to embed it in code.