Browser-based image toolkit. Compress to optimized JPEG target sizes, convert WebP, PNG, JPG, decode AVIF, resize dimensions, and inspect EXIF metadata.
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Complete guide to image optimization for web performance and Core Web Vitals. Compare AVIF, WebP, SVG, and legacy formats, with lossless vs lossy compression analysis.
The Image Toolkit is a comprehensive, client-side workstation for image compression, format conversion, physical print scaling, DPI customization, EXIF metadata inspection, and privacy scrubbing.
Executes locally in browser memory via HTML5 Canvas 2D, Web APIs, and binary typed-array parsers. Performs iterative binary-search optimization to achieve precise target file sizes (50KB, 100KB, custom KB), provides split-screen quality comparison, detects runtime browser format encoders (WebP, BMP, PNG, JPEG, and decodes AVIF inputs), and re-rasterizes pixels to strip sensitive GPS and camera metadata.
photo.jpg (3.8 MB, 4000x3000 px)compressed_photo.jpg (98.4 KB, high visual fidelity preserved)Iteratively searches canvas compression parameters to hit the target file size within safe margins without visible pixelation.
poster.png (3600x2400 px, 300 DPI)Physical Size: 12.00" x 8.00" (30.5 x 20.3 cm) — Gallery QualityCalculates physical output size based on pixel density to verify print readiness before production.
No. The entire Image Toolkit processes your images locally inside your web browser using HTML5 Canvas and client-side Web APIs. Your images, personal photos, and confidential documents are not uploaded to an Outlivo server.
The toolkit runs an iterative binary-search optimization across canvas encoding quality and dimension scale factors in your local browser memory to hit your target file size (such as 50KB or 100KB) with the best possible visual fidelity.
Yes. Converting to modern lossy/lossless formats like WebP or PNG maintains high structural clarity. When converting transparent PNGs to JPEG, you can choose a background fill color to prevent black borders.
The toolkit re-rasterizes the pixel matrix onto a fresh canvas buffer and exports a brand new image file. All camera model details, lens specifications, timestamps, and sensitive GPS geolocation coordinates are permanently removed.