Original vs. processed
—
BeforeOriginal
File size—
Resolution—
Format—
AfterProcessed
File size—
Resolution—
Format—
—
Client-side image lab
Drop a roll of images below. Every pixel is processed locally in your browser — no server, no queue, no account.
JPG · PNG · WebP · GIF · AVIF — up to 20 files at once
Three steps, zero uploads. PixlDrop runs entirely inside your browser tab using native Canvas and WebAssembly-backed encoders — your files never leave your device.
Drag up to 20 JPG, PNG, WebP, GIF, or AVIF files into the dropzone, or select them manually. PixlDrop reads each file locally using the browser's File API — nothing is transmitted anywhere.
Pick a tab and adjust the quality slider, target format, output dimensions, or crop frame. A live in-browser canvas re-renders every image instantly so you can see the exact result before exporting.
Export a single optimized file or bundle the entire batch into one ZIP archive with a click. Because everything happens on-device, there's no upload queue and no wait — downloads are ready the moment processing finishes.
Built for people who need reliable, private, and fast image optimization without installing software or trusting a third-party server with their files.
Every compression, conversion, resize, and crop happens locally in your browser using the Canvas API. Your images are never uploaded, stored, or seen by any server.
Convert JPG, PNG, GIF, and AVIF images to modern WebP in a couple of clicks — typically cutting file size by 25–35% while preserving visual quality.
A precision quality slider lets you dial in the ideal balance between file size and visual fidelity, with an instant before/after comparison so you never guess.
Process up to 20 images in a single batch, then export everything as one ZIP archive. No queues, no per-file wait times — your device's own processor does the work.
Images are typically the single heaviest resource on any web page, and unoptimized images are one of the most common causes of slow load times. Every extra kilobyte an image carries directly increases the time it takes a browser to download, decode, and paint that page — and that delay has real consequences, both for the people visiting your site and for how search engines rank it.
Google's Core Web Vitals — particularly Largest Contentful Paint (LCP) — are heavily influenced by image weight, since the largest visible element on most pages is a photo or hero graphic. Pages that load slowly tend to see higher bounce rates, lower time-on-page, and reduced conversion rates, and search engines increasingly factor real-world page speed into ranking decisions. Shrinking your images without visibly degrading them is one of the highest-leverage optimizations available to any website owner.
Modern formats like WebP use more efficient compression algorithms than legacy JPG and PNG, often delivering the same visual quality at a fraction of the file size. Combined with correctly sized dimensions — serving a 1200px-wide image instead of an unnecessary 4000px original — proper image optimization can cut total page weight dramatically, speeding up load times for every visitor, on every connection, everywhere.
PixlDrop was built to make this kind of optimization accessible without technical setup: no build tools, no command-line image libraries, no server-side pipeline. Drop your images in, adjust the settings, and export production-ready files in seconds.
—