imgproxy v4.

imgproxy v4

imgproxy v4 is the world's fastest AI-powered self-hosted image processing server designed to transform how businesses handle image optimization. By processing images on-the-fly through URL parameters, it eliminates the need for pre-generating multiple image variants while dramatically reducing infrastructure costs and improving page load speeds.

Product Highlights

• Self-hosted deployment: Run on your own infrastructure with complete control over data, security, and costs—no surprise SaaS bills or third-party data exposure
• AI-powered optimization: Advanced features including object detection, smart cropping, auto-quality by SSIM, and best format selection for maximum efficiency
• Comprehensive format support: Native handling of JPEG, PNG, GIF, WebP, AVIF, JPEG XL, plus video previews, PDF thumbnails, and Photoshop document processing
• Security-first architecture: Built-in protection against image bombs, URL signing to prevent DoS attacks, and HTTP header authorization for cache layer protection
• Lightning-fast performance: Built with libvips and Go for best-in-class processing speed, handling millions of images per hour with sub-100ms response times

Use Cases

• E-commerce platforms: Dynamically resize and optimize product images from billions of listings on-the-fly, eliminating storage of countless thumbnail variants
• Content management systems: Generate multiple image formats and sizes automatically through URL parameters, simplifying editorial workflows
• Media and publishing: Create video previews, PDF thumbnails, and responsive images without complex preprocessing pipelines
• SaaS applications: Reduce image delivery costs by up to 90% while improving reliability compared to commercial image processing services

Target Audience

imgproxy v4 is ideal for engineering teams at scale-up and enterprise companies who need secure, cost-effective image processing—particularly those in e-commerce, media publishing, SaaS platforms, and marketplaces processing millions of images daily who prioritize data sovereignty and predictable infrastructure costs.