Delivers real-time, edge-based image optimization that automatically transforms images to optimal formats and sizes, improving website performance and reducing bandwidth costs without requiring manual intervention.
Last updated Mar 7, 2026 by AI Enrichment
Feature within a leading edge cloud platform provider
Fastly Image Optimizer is a feature within Fastly's edge cloud platform that provides real-time image optimization and transformation capabilities. The service operates at the edge of Fastly's global content delivery network, automatically converting, resizing, and optimizing images on-the-fly to improve web performance and user experience. It supports modern image formats like WebP and AVIF, performs intelligent quality adjustments, and delivers images tailored to specific device requirements and network conditions. As part of Fastly's broader edge computing and CDN platform, Image Optimizer serves websites, e-commerce platforms, media companies, and digital publishers that need to deliver high-quality visual content efficiently across diverse devices and connection speeds. The service integrates seamlessly with Fastly's CDN infrastructure, leveraging edge computing to reduce origin server load and minimize latency. It plays a role in the digital experience optimization ecosystem, helping companies improve page load times, reduce bandwidth costs, and enhance Core Web Vitals metrics. Fastly, the parent company, is a publicly-traded edge cloud platform provider founded in 2011 and headquartered in San Francisco. Image Optimizer represents one component of Fastly's comprehensive suite of edge services, which also includes CDN, security, and serverless computing capabilities. The service competes in the image optimization and digital asset management space alongside both standalone solutions and features from other CDN providers.
On-the-fly image resizing, cropping, and format conversion at the edge
Intelligent conversion to modern formats like WebP and AVIF based on browser support
Automatic quality adjustments to balance visual fidelity with file size
Responsive image delivery optimized for specific device characteristics