Drop image here
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JPEG · PNG · TIFF · HEIC · WebP
Ready to read EXIF data
Drop or select any image to extract metadata// extract camera, gps & settings from any image
Extract EXIF metadata from any image file. View camera model, lens, GPS coordinates, date taken, shutter speed, aperture, ISO, and 50+ hidden properties.
Drop image here
or click to browse
JPEG · PNG · TIFF · HEIC · WebP
Ready to read EXIF data
Drop or select any image to extract metadataDrop any photo into the zone or click to browse. Supports JPEG, PNG, TIFF, HEIC, and WebP files.
EXIF data is parsed instantly in your browser — no upload, no server, no waiting.
Filter by category (Camera, GPS, Settings…) and copy metadata as JSON or plain text.
EXIF (Exchangeable Image File Format) metadata is hidden data embedded inside photos by cameras and smartphones. It includes the camera make and model, GPS location, date and time, aperture, shutter speed, ISO, focal length, and much more. This tool reads and displays all of it instantly — entirely in your browser without uploading files to any server.
No. Everything happens 100% in your browser using the JavaScript File API and EXIF parsing libraries. Your image never leaves your device. This makes the tool completely private and safe for sensitive or personal photos.
The tool supports JPEG/JPG (best EXIF support), PNG (limited metadata), TIFF (full EXIF), HEIC/HEIF (iPhone photos), and WebP. JPEG files from cameras and smartphones contain the richest metadata.
EXIF data can be stripped when images are edited, resized, or exported from certain apps. Screenshots, social media downloads, and compressed images from WhatsApp often have metadata removed. PNG files also carry very limited metadata compared to JPEG.
If the photo was taken with location services enabled, you'll see GPS latitude, longitude, altitude, and a direct link to view the coordinates on Google Maps. Note: many apps strip GPS data when sharing photos for privacy reasons.
This tool reads metadata — it doesn't strip it. To remove EXIF data from photos before sharing, use an image editor like Photoshop (File → Export → uncheck metadata), or a dedicated EXIF remover tool. Always strip GPS data before posting photos publicly.
Aperture (f/stop) controls depth of field — lower numbers mean more blur. Shutter speed controls motion blur — faster speeds freeze action. ISO controls sensor sensitivity — higher ISO means more grain. Together these form the "exposure triangle" of photography.
Every time you take a photo with a digital camera or smartphone, the device records far more than just pixels. Embedded invisibly inside the image file is a rich layer of structured data called EXIF metadata — short for Exchangeable Image File Format. This hidden data can include the exact camera model used, the GPS coordinates where the photo was taken, the precise date and time, and a full set of technical camera settings like aperture, shutter speed, and ISO.
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EXIF data was originally defined by the Japan Electronic Industries Development Association (JEIDA) and first standardized in 1995. Today, virtually every digital camera, DSLR, mirrorless camera, and smartphone uses EXIF to automatically record shooting information. The EXIF standard is built on top of the TIFF file format structure and is embedded inside JPEG, TIFF, and increasingly HEIC files.
A typical JPEG from a modern camera can contain 50 or more distinct metadata fields. These are organized into several categories:
There are several ways to view EXIF metadata. On Windows, right-click any photo, select Properties, and go to the Details tab for basic info. On Mac, open the photo in Preview and go to Tools → Show Inspector. However, these built-in tools only show a fraction of the available metadata.
For complete EXIF extraction, dedicated tools like this one — or command-line utilities like exiftool by Phil Harvey — are far more thorough. Our browser-based EXIF viewer reads the raw binary EXIF data using the JavaScript File API, parses the IFD (Image File Directory) structure, and presents all available tags in a clean, filterable interface.
One of the most important reasons to understand EXIF metadata is privacy. When you share photos on social media, messaging apps, or websites, the EXIF data often travels with the image. This means anyone who receives the photo could potentially extract your GPS coordinates, identifying your home address or exact location.
Major platforms like Facebook, Instagram, and Twitter automatically strip EXIF data from uploaded photos to protect user privacy. However, if you share photos via email, direct file transfer, or certain cloud services, the metadata may be preserved intact.
Best practices for photo privacy:
For photographers, EXIF data is an invaluable learning tool. After a shoot, you can review exactly which camera settings produced each image, helping you understand what worked and what didn't.
Aperture is expressed as an f-number (e.g., f/1.8, f/8, f/16). A lower f-number means a wider aperture, which lets in more light and creates a shallow depth of field — the "blurry background" effect popular in portrait photography. Higher f-numbers create deeper focus, keeping both near and far subjects sharp.
Shutter speed (exposure time) is shown in fractions of a second (e.g., 1/500s, 1/60s, 2s). Fast shutter speeds freeze motion — essential for sports or wildlife photography. Slow speeds capture motion blur — used creatively for silky waterfalls or light trails.
ISO measures the camera sensor's sensitivity to light. ISO 100 is the base, producing the cleanest images. As you increase ISO (400, 800, 3200, 6400), the image becomes brighter in low light but also grainier (more "noise"). Modern cameras handle high ISO much better than older models.
Focal length in millimeters tells you the zoom level. Wide-angle lenses (14mm–35mm) capture broad scenes. Standard lenses (50mm) approximate human vision. Telephoto lenses (85mm–600mm+) compress distance and are used for portraits, wildlife, and sports.
EXIF is just one of several metadata standards used in images. IPTC (International Press Telecommunications Council) metadata is used by professional photographers and news agencies to embed copyright, caption, keywords, and creator information. XMP (Extensible Metadata Platform), developed by Adobe, is a newer XML-based format that extends and complements EXIF and IPTC, and is widely used by Lightroom, Photoshop, and Premiere.
While this tool focuses on EXIF data, which is the most commonly available metadata in everyday photos, professional photographers working with RAW files from Adobe applications may also have XMP sidecar files containing additional editing history and keywords.
Several common scenarios result in missing or incomplete EXIF data. Screenshots never contain camera EXIF data since they're generated by the OS, not a camera. Photos edited and saved with certain applications may have metadata stripped in the process. Images downloaded from social media (except direct downloads from services that preserve metadata) typically have EXIF removed. Images that have been compressed or converted with tools that don't preserve metadata will also lose their EXIF.
PNG files are a special case — the PNG format doesn't natively support EXIF, though some implementations embed a limited EXIF block. For the richest metadata, always work with original JPEG or TIFF files directly from your camera or phone.