Image Upscaling ToolsImgUpscaling

Image Info

View detailed image information and properties

📊

Upload Image for Analysis

Drag image here or click to select file

Usage Tips

  • • EXIF data contains camera settings and shooting information
  • • GPS coordinates show where the photo was taken
  • • Color analysis helps understand image composition

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✦ Features

Key Features

Comprehensive image analysis and metadata extraction capabilities

Complete Image Properties

View dimensions, file size, format, compression, and technical specifications

EXIF Data Extraction

Extract camera settings, lens info, exposure data, and shooting parameters

GPS Location Data

View and map GPS coordinates and location information from photos

Color Analysis

Analyze color profiles, dominant colors, and color space information

Date & Time Info

Extract creation dates, modification times, and timestamp data

Export Options

Export metadata as JSON, CSV, or plain text for further analysis

✦ How It Works

How It Works

Analyze any image to extract comprehensive metadata and technical information

1

Upload Your Image

Select any image file from your device. Supports JPEG, PNG, TIFF, RAW, and other formats with metadata support.

2

View Complete Analysis

Review comprehensive image information including dimensions, EXIF data, GPS coordinates, color analysis, and technical specifications.

3

Export or Share Data

Export metadata in various formats, view GPS locations on maps, or use the information for photo organization and analysis.

FAQ

Frequently Asked Questions

Common questions about image metadata analysis and EXIF data extraction

What types of metadata and EXIF data can be extracted from images?

Our image analyzer extracts comprehensive metadata: 1) Technical Properties: File size, dimensions, format, compression ratio, bit depth, color space, 2) Camera EXIF Data: Camera make/model, lens information, focal length, aperture (f-stop), shutter speed, ISO sensitivity, 3) Shooting Conditions: Flash status, white balance, metering mode, exposure compensation, scene mode, 4) GPS Information: Latitude/longitude coordinates, altitude, direction, location names when available, 5) Date/Time Data: Original capture time, file creation/modification dates, timezone information, 6) Software Info: Image editing software used, processing history, color profile information, 7) Color Analysis: Dominant colors, color histogram, ICC profile details, 8) Advanced Data: Thumbnail images, maker notes, copyright information, artist details. Different file formats contain varying amounts of metadata.

Are my images uploaded to your server?

No. All analysis runs locally in your browser using HTML5 Canvas. Your files never leave your device unless you explicitly export or share results. We do not transmit images or metadata to our servers.

Which image formats are supported?

Common bitmap formats are supported: JPEG, PNG, WebP, GIF, BMP, AVIF, TIFF, etc. EXIF is primarily present in JPEG/TIFF. Some formats (e.g., PNG/WebP) may not contain EXIF, but color analysis works for all supported images.

Is there a file size or resolution limit?

Limits depend on browser memory and device performance. As a guideline, we recommend under ~80MP or 50MB per image. For very large images, consider downscaling first to improve responsiveness and avoid memory issues.

Why does my image have no EXIF data?

Many apps strip EXIF when exporting or sharing (e.g., social platforms or screenshot tools). Some formats inherently lack EXIF. If the original file contains no EXIF, it cannot be recovered.

How is the color histogram calculated?

We read pixels locally and compute per-channel RGB histograms at 8-bit precision (original 256 bins). The UI displays an adaptive downsampled view that preserves overall distribution, and we also estimate dominant colors via color quantization.

How accurate is alpha channel detection?

For formats that support transparency (e.g., PNG/WebP), we check whether any pixel has alpha < 255; if so, the image is considered to have an alpha channel. For formats like JPEG that do not support alpha, the result is always no transparency.