Serverless technology has been making developers’ lives easier for years, but those benefits had yet to extend to end users. This is the true promise of edge serverless — enabling developers…

AssemblyScript is a variant of TypeScript that produces WebAssembly binaries, the binary format that powers Fastly’s Compute@Edge. It’s a new technology supported by all major browsers, and…

We’ve been experimenting with Network Error Logging with Fastly Insights and discovered that processing the NEL reports is a great use case for Compute. In this post, we’ll look at our first…

Progressive developers are increasingly using the edge of the network to power more performant and customized apps. With the use cases mounting, it seems there's very little that can't be…

With the introduction of Compute, Fastly provides a richer model for the CPU. WebAssembly, powered and secured by the Lucet compiler and runtime, unlocks essentially arbitrary code execution…

Observability is hard. Distributed systems, dev and testing environments, and outside vendors all complicate the problem. With Compute, Fastly wants to make observability easier. Here’s what…

Building our own compiler toolchain allows Compute to be both performant and secure. It also means we have to bring developers’ most-loved language into the fold in the right way.

The growth of our global network allows us to stand at the ready with our customers, supporting and protecting their innovations at the edge.

WebAssembly is helping to lay the foundation for the future of edge computing. And together with the Bytecode Alliance and the developer community at large, we’re investing in new…

Unpack the trends with serverless, as seen from our Compute beta community: from the top use cases and benefits, to the perceived challenges with serverless as a whole.

Compare QUIC vs TCP to better understand the computational efficiency of both.

Learn about our process and approach for evaluating which new languages our serverless compute environment — Compute — will support next.