Here are the main trends (and a few surprises) Fastly encountered in streaming in 2022, and what we expect in the future.

When content delivery networks (CDNs) garner coverage in the media, it's almost always because of an outage. Yet, outages are not a major reason to move to adopt multiple CDNs.

Latency — the lag between when the packet leaves the streaming source and when it arrives at the consumer’s device — takes many forms, with the most common being lag, dropped frames…

There are many more well-documented reasons to make a CDN part of your distribution. In this blog post we examine some lesser-known rationales to help you scale and improve your business.

By bringing your content closer to the reader, you bypass the conventional cost and rules associated with server space and infrastructure maintenance, and you gain some additional benefits…

The key to customer retention is serving the most up-to-date content instantly, personalizing that content for readers, and ensuring online experiences are responsive, safe, and secure. Here…

The Fastly Games compare countries in four data-driven events based on aggregated network traffic: IPv6 adoption, HTTP versions, operating system (OS) versions, and browser versions.

With high quality-of-experience expectations around live-streaming events, no content owner can afford not to have the right plan in place. Here are the crucial steps to take when planning…

Low-latency live streaming is more relevant than ever. New user experiences, like quizzes and real-time voting, built around content and entertainment must be available with little to no…

Fastly Live Event Services helped power the Lexus Melbourne Cup, a 3-minute horse race that attracts millions of viewers across Australia. This year, the event saw more people live streaming…

With two new solutions, Fastly is empowering video engineers to address the growing streaming-at-scale challenge head on with enhancements to its video-on-demand and live event services…

How network automation, a small team of engineers, and key learnings from past extreme high-traffic moments allow us to support delivery performance at scale.