Image Tools.

Images account for the majority of page weight on most websites. A typical homepage with unoptimised photos can easily load 3-5 MB of image data, which translates directly into slower page loads, higher bounce rates, and worse search rankings. Getting images right before they go live is one of the highest-leverage performance improvements available to web developers, designers, and content creators.

Compression is where most people start. JPEG photos from a modern camera or smartphone are often 4-8 MB each, far more than any website needs. The image compressor reduces file size by adjusting the quality setting and stripping unnecessary metadata like GPS coordinates, camera model, and shooting parameters. For most web use cases you can cut file size by 70-80% with no visible difference on screen.

Resizing comes hand in hand with compression. If your blog template displays images at 800 pixels wide, there is no point serving a 4000-pixel-wide original. The image resizer lets you set exact pixel dimensions or scale by percentage, with the option to maintain aspect ratio or set both dimensions independently. You can also resize in bulk when you have a set of product photos that all need to match a specific size.

Format conversion is increasingly important as WebP has become the standard for web images. WebP files are typically 25-35% smaller than JPEG at equivalent visual quality, and all major browsers now support it. The format converter handles conversion between JPEG, PNG, WebP, GIF, and BMP, so you can modernise your image pipeline without needing Photoshop or ImageMagick installed.

The image metadata viewer shows you everything embedded in a photo: EXIF data including the exact date and time it was taken, GPS coordinates, camera settings like ISO and shutter speed, and software edits. This is useful for photographers verifying their data, developers debugging metadata handling, and privacy-conscious users checking what information they are about to share when posting a photo online.

SVG optimisation serves a different need. SVG files exported from design tools like Illustrator or Figma often contain redundant editor data, comments, and unused definitions that inflate file size without affecting how the image looks. The SVG optimiser strips this cruft and applies path simplification, often reducing SVG file size by 40-60%.

Because every tool runs in your browser using the Canvas API and WebAssembly, processing happens on your device at hardware speed. Your images are never uploaded, which matters for photographers working with client portraits, designers handling brand assets under NDA, and anyone who simply values not having their personal photos pass through a stranger's server.