Upload a photo to view its embedded EXIF data — camera make and model, lens, exposure settings, GPS coordinates if present — plus basic file info like dimensions and size. Copy everything as JSON.
Drag and drop a photo here, or click below to browse. JPG, PNG, WebP, TIFF, and HEIC supported.
Beyond the visible pixel data, most photo files carry an invisible layer of metadata describing the circumstances of their own creation — when a digital camera revolutionized photography by making it possible to record dozens of technical details automatically at the moment of capture, the EXIF standard was created specifically to store that information inside the image file itself, so it would travel with the photo through editing software, backups, and archives without needing a separate database to track it. This metadata serves genuinely useful purposes: photographers use it to review and learn from their own settings after the fact, photo management software uses it to auto-organize libraries by date and location, and forensic and journalistic contexts sometimes rely on it to help establish when and where an image was actually captured.
This tool uses exifr, a fast, well-tested JavaScript library purpose-built for parsing EXIF, IPTC, XMP, and ICC metadata directly from image file bytes, running entirely in your browser. When you upload a photo, exifr reads the relevant binary segments of the file (without needing to fully decode the image itself) and extracts every metadata tag it can find, translating many of the more cryptic numeric codes (like exposure program or metering mode) into readable text where possible. This tool then organizes the most commonly relevant fields into friendly groups — File Info, Camera, Lens, Settings, and GPS — while still giving you access to the complete raw data through the Copy as JSON button for anything not covered by the curated summary.
EXIF metadata sits at an interesting intersection of usefulness and privacy risk: the same GPS coordinates that let your phone's photo app automatically organize pictures by location can, if a photo is shared without stripping that data, reveal your home address, workplace, or the exact location of a private event to anyone who thinks to check. This has led to genuine, documented privacy incidents over the years — people have inadvertently revealed sensitive locations by posting photos with intact GPS metadata to public platforms. Most major social media and messaging platforms now strip EXIF data automatically on upload specifically to mitigate this risk, but files sent directly (via email, messaging apps that preserve originals, or direct file sharing) often still carry their full original metadata, unstripped.
The Camera, Lens, and Settings groups this tool surfaces are exactly the information a photographer reviews after a shoot to understand what worked and what didn't — checking the aperture and shutter speed on a sharp, well-exposed shot to replicate the settings later, or diagnosing why a photo came out blurry or noisy by checking whether the shutter speed was too slow for the subject's motion or the ISO was pushed too high for the lighting conditions. Camera and lens identification also matters for troubleshooting equipment-specific quirks (certain lenses have known softness at specific apertures, for instance) and for organizing a photo library by which gear was used for which shoot.
It's worth understanding that EXIF metadata, while normally accurate, isn't cryptographically guaranteed or tamper-proof — standard photo editing software can and often does modify EXIF fields (intentionally or as an editing side effect), and specialized tools exist specifically to fabricate or strip metadata entirely. This means EXIF data should be treated as generally reliable for casual and personal use (organizing your own photo library, reviewing your own camera settings) but not as forensically airtight proof of exactly when, where, or with what equipment an image was created in higher-stakes contexts, where independent verification would be needed. Missing metadata is far more often simply the result of an intermediate platform stripping it than any kind of deliberate tampering, and shouldn't automatically be treated as suspicious.
Image Metadata Viewer inspects a photo's embedded EXIF and file data. These related image tools cover other common preparation and privacy tasks.