| Image metadata | |
|---|---|
| File name | |
| File size | |
| File type | |
| MIME type | |
| Last Modified Date | |
| Camera settings | |
|---|---|
| Make | |
| Model | |
| Focal length | |
| Aperture | |
| Exposure Time | |
| ISO | |
| Flash | |
| Full metadata | Image uploading....Please wait for full metadata... |
|---|
An EXIF data viewer is an online tool that reads the hidden metadata embedded inside digital photos, showing camera settings, GPS coordinates, timestamps, and file details in seconds. ToolsPivot's EXIF Data Viewer processes your images right in the browser and deletes them immediately after extraction, so your photos never sit on a remote server waiting to be purged hours or days later.
Upload your photo: Click the upload area on the ToolsPivot EXIF Data Viewer page or drag and drop a JPEG, PNG, TIFF, or WebP file directly into the drop zone.
Wait for processing: The tool reads all embedded EXIF tags from your file automatically. No buttons to press, no settings to configure.
Review image metadata: Check the first results table for basic file info: file name, size, type, MIME type, and last modified date.
Check camera settings: Scroll to the camera settings table showing make, model, focal length, aperture, exposure time, ISO, and flash status.
Explore full metadata: Expand the full metadata section to see every EXIF tag the file contains, including color profiles, white balance, and software history.
The entire process takes under 3 seconds for most JPEG files. Larger RAW files from cameras like Canon or Nikon may take slightly longer depending on your connection speed.
Camera make and model detection: Identifies the exact device that captured the image, from smartphone brands like Apple and Samsung to DSLR manufacturers like Canon, Nikon, and Sony.
Exposure settings breakdown: Displays aperture (f-stop), shutter speed, ISO sensitivity, and exposure compensation values. Photographers use these to replicate lighting conditions from successful shots.
GPS coordinate extraction: Pulls latitude, longitude, and altitude data embedded by GPS-enabled cameras and smartphones. This is the data you want to check before sharing photos online, and the companion EXIF data remover can strip it from your files.
Timestamp analysis: Shows the original capture date, digitization time, and any modification timestamps. Useful for tracking an image's history from camera to final edit.
File dimension reporting: Lists pixel width, height, resolution (DPI), orientation, and color space (sRGB or Adobe RGB). Handy when you need to resize an image for specific platform requirements.
Flash and metering mode display: Reports whether the flash fired, which flash mode was active, and the metering pattern the camera used (matrix, center-weighted, or spot).
Lens and focal length data: Shows the actual focal length used and the 35mm equivalent, along with lens model information when available.
Software edit detection: Reveals which programs have touched the file. If someone edited a photo in Adobe Photoshop, Lightroom, or a mobile app like Snapseed, the software name and version appear in the EXIF data.
White balance information: Displays the color temperature setting and white balance mode (auto, daylight, cloudy, tungsten, fluorescent) selected at capture time. If you need to match those exact colors in a design project, grab the hex values with a color picker.
Immediate file deletion: Your uploaded images are deleted right after the EXIF data is read. No 24-hour waiting period, no stored copies.
ToolsPivot organizes the extracted data into three clear sections, and knowing what each one tells you makes the output far more useful.
This first table covers the basics: file name, file size in bytes, file type (JPEG, PNG, etc.), MIME type, and the last modified date. These values come from the file system, not the camera. If someone renamed or re-saved the photo, the file name and modified date will reflect that change, not the original capture.
The second table is where photographers spend most of their time. Aperture values like f/2.8 mean a wide-open lens (great for portraits with blurred backgrounds), while f/16 means a narrow opening (sharp landscapes). Shutter speeds like 1/1000 freeze motion; 1/30 can introduce blur. ISO 100 produces clean images in bright light, while ISO 6400 works in dim conditions but adds grain. These numbers together tell the full story of how a photo was captured.
The expanded metadata section contains every single EXIF tag stored in the file. This includes color profiles (ICC data), thumbnail previews, maker-specific notes from Canon or Nikon, and XMP data written by editing software. Not every file contains all fields. Screenshots, for example, contain almost no camera EXIF data because they weren't captured with a physical lens.
Zero sign-up required: Upload and view metadata instantly. No email address, no account creation, no premium tier locked behind a paywall. Competitors like some desktop EXIF tools require installation or registration before you see a single data point.
Immediate file deletion: Your photos are removed the moment EXIF extraction completes. Other online viewers keep uploaded files for up to 24 hours. If privacy matters to you (and it should), this difference is significant.
Photography skill building: Study the exact aperture, shutter speed, and ISO combinations behind photos you admire. Over time, reviewing EXIF data from hundreds of images trains your eye for what works in different lighting. Pair this with ToolsPivot's image compressor to prepare your improved shots for the web.
Pre-sharing privacy audit: Check every image for embedded GPS data before posting to blogs, portfolios, or social media. A single photo taken at home can reveal your street address to anyone who knows how to extract coordinates. Run images through the viewer first, then strip the data with ToolsPivot's EXIF data remover before publishing anywhere. This two-step workflow takes under a minute per batch and protects your physical location from public exposure.
Image authentication: Verify that a photo was actually taken with a real camera and not generated by AI software. Authentic photographs contain detailed device information, lens specs, and timestamp chains that AI-generated images lack entirely.
Multi-format support: Works with JPEG, PNG, TIFF, WebP, HEIC, and RAW formats including CR2 (Canon), NEF (Nikon), and ARW (Sony). You don't need a different tool for each camera brand.
Mobile-friendly interface: The upload area works on phones and tablets, so you can check EXIF data from your camera roll without transferring files to a desktop computer first.
Not every photo you find online will have EXIF data intact. Social media platforms and messaging apps handle metadata differently, and knowing which ones strip it saves you time troubleshooting empty results in the viewer.
| Platform | EXIF Preserved? | Notes |
|---|---|---|
| No | Strips all EXIF data 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 retained in downloaded files |
| iMessage | Partial | iOS strips location data but keeps some camera info |
| WordPress (media upload) | Yes | Retains EXIF unless a plugin removes it |
If you download an image from Facebook or Instagram and the ToolsPivot viewer shows almost no data, the platform already removed it during upload. The original file on the photographer's device still contains all the metadata. For reverse image searches where you're trying to trace a photo's origin, the absence of EXIF data itself can be a clue that the image passed through social media.
You've just finished editing 50 travel photos and you're about to upload them to your blog. Stop. Those images probably contain GPS coordinates for every restaurant, hotel, and landmark you visited. Run them through the viewer first, flag the ones with location data, and strip the metadata before publishing. If you also need to crop images online for your blog layout, do that after the metadata cleanup.
A client sends you a "professional" product photo, but something looks off. The lighting is flat, the background is too perfect. Upload it to the EXIF viewer. If the metadata shows no camera model, no lens data, and no capture timestamp, there's a strong chance the image was AI-generated or heavily composited. Real camera photos almost always contain at least 15-20 EXIF fields.
You bought a used camera online and want to know its shutter count. Some manufacturers (Nikon and Fujifilm in particular) store the total shutter actuations in their EXIF maker notes. Take a fresh photo with the camera, upload the file, and check the full metadata section for an actuation count field. This tells you how much life the shutter has left, since most DSLR shutters are rated for 100,000 to 300,000 actuations.
An SEO team preparing screenshots from a website screenshot generator for a client audit can check those screenshots in the viewer to confirm they contain no sensitive internal metadata before sharing them in client-facing reports. While screenshots don't carry camera EXIF, they can still embed device name, operating system version, and creation timestamps.
Digital photos can carry three different types of embedded metadata, and they're not the same thing. EXIF (Exchangeable Image File Format) is the technical data your 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. IPTC fields are written manually through software like Adobe Bridge or Photo Mechanic.
XMP (Extensible Metadata Platform) is Adobe's format for storing editing history and custom properties. When you adjust exposure or color grading in Lightroom and export a JPEG, those edit parameters get written as XMP data inside the file. ToolsPivot's viewer reads all three types when they exist, so you get the complete picture: how the photo was shot (EXIF), who owns it (IPTC), and how it was edited (XMP).
For anyone working with images from stock photo libraries or press agencies, running files through an originality check alongside an EXIF review gives you both content uniqueness and metadata verification in one workflow. And if you manage a site with many images, a website SEO checker can tell you whether those images are slowing down page load times because of oversized embedded metadata.
Yes, 100% free with no usage limits. Upload as many images as you need, and you'll see the full EXIF data each time without creating an account or paying for a premium plan.
No. ToolsPivot deletes uploaded images immediately after reading the EXIF data. Your photos never sit on a server. This is a stricter privacy approach than many competitors, which keep files for hours or days after processing.
The tool works with local file uploads only. Save the image to your device first, then upload it through the viewer. Right-click any online image and choose "Save image as" to download it. This also works for thumbnails you grab through a YouTube thumbnail downloader, which often retain the original EXIF data.
Several things can cause empty results. Screenshots don't contain camera EXIF data because no physical lens was used. Social media platforms like Facebook and Instagram strip metadata on upload. Some photo editing apps remove EXIF during export. And GIF files don't support the EXIF standard at all.
Yes, if your phone's GPS was active when you took the photo. Smartphones embed latitude and longitude coordinates accurate to within a few meters. A photo taken in your living room could expose your exact street address to anyone with an EXIF viewer. Always check images before sharing publicly, and strip location data with a metadata removal tool.
ToolsPivot's viewer handles JPEG, PNG, TIFF, WebP, HEIC, and major RAW formats including Canon CR2, Nikon NEF, and Sony ARW. Most standard photo formats from smartphones and digital cameras work without issues.
EXIF data provides useful evidence, but it can be edited with freely available software. Courts and investigators treat it as supporting evidence rather than definitive proof. Timestamps can be altered, GPS coordinates can be faked, and camera model fields can be rewritten. Cross-reference EXIF data with other evidence for stronger verification.
"Image metadata" is the broad category that includes EXIF, IPTC, and XMP data. EXIF specifically refers to the technical camera data written at capture time (aperture, ISO, GPS). IPTC covers editorial info like captions and copyrights. XMP stores editing history. ToolsPivot reads all three types when present in a file.
EXIF data gives you strong clues. Photos taken with a real camera contain detailed device info: a specific camera model, lens, focal length, and a chain of timestamps. AI-generated images typically lack these fields entirely or contain generic software tags. An empty camera settings section is a red flag worth investigating with a comparison tool against known authentic images.
No installation or downloads required. ToolsPivot's EXIF viewer runs entirely in your web browser. It works on Chrome, Firefox, Safari, and Edge on both desktop and mobile devices. Just open the page and upload your image.
After checking your metadata, head to ToolsPivot's EXIF data remover (linked in the features section above). Upload the same image, and the tool strips all embedded metadata while keeping the visual quality intact. You can also rotate the image online if the orientation tag was causing display issues.
It depends on the compression tool. Some compressors preserve EXIF data while reducing file size, and others strip it during the process. If you need to keep the metadata, verify your compression tool's behavior by running the output through the EXIF viewer afterwards. You can also convert images to Base64 for embedding in code while preserving the original file's metadata separately.
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