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Why Linkerd doesn’t use Envoy In this article I’m going to describe why Linkerd isn’t built on Envoy. This is a bit of a weird article to write. After all, there are a million projects that Linkerd doesn’t use, and none of those decisions deserve a blog post. But the fact that Linkerd doesn’t use Envoy specifically has become a common enough topic of discussion that it probably deserves a good exp
Under the hood of Linkerd's state-of-the-art Rust proxy, Linkerd2-proxy Thanks in part to Linkerd’s performance numbers and stellar security audit report, there’s been a recent surge of interest in Linkerd2-proxy, the underlying proxy used by Linkerd. I’ve been working on Linkerd2-proxy for the majority of my time as a Linkerd maintainer so this topic is near and dear to my heart. In this article,
On behalf of the Linkerd maintainers, I’m happy to announce that Linkerd 2.0 is now in general availability (GA). This means that we’ve cut an official 2.0 stable release, and we think it’s ready for you to try in production. It’s already seeing the light of day at companies like WePay, Hush, Studyo, and JustFootball. You can try Linkerd 2.0 on a Kubernetes 1.9+ cluster in 60 seconds by running: (
Conduit is now part of Linkerd! Read more > Today, we’re very happy to introduce Conduit, our new open source service mesh for Kubernetes. We’ve built Conduit from the ground up to be the fastest, lightest, simplest, and most secure service mesh in the world. It features an incredibly fast and safe data plane written in Rust, a simple yet powerful control plane written in Go, and a design that’s f
Yesterday, at Kubecon EU, I announced an exciting new project in the Linkerd family: Linkerd-tcp. Linkerd-tcp is a lightweight, service-discovery-aware, TLS-ing TCP load balancer that integrates directly with the existing Linkerd service mesh ecosystem. It’s small, fast, and secure—and, like Linkerd itself, integrates with a wide variety of service discovery and orchestration systems including Kub
This post was co-written with Ruben Oanta (@rubeydoo). Load balancing is a critical component of any large-scale software deployment. But there are many ways to do load balancing. Which way is best? And how can we evaluate the different options? In the modern software ecosystem, load balancing plays several roles. First, it is fundamental to the notion of scalability. Software is deployed in multi
Real World Microservices: When Services Stop Playing Well and Start Getting Real Microservices allow engineering teams to move quickly to grow a product… assuming they don’t get bogged down by the complexity of operating a distributed system. In this post, I’ll show you how some of the hardest operational problems in microservices—staging and canarying of deep services—can be solved by introducing
How do you operate modern, cloud-native applications at scale? What problems arise in practice, and how are they addressed? What is *actually* required to run a cloud-native, microservices-based application under high-volume and unpredictable workloads, without introducing friction to feature releases or product changes? For all the talk about microservices, it turns out that very few people can a
The world's most advanced service mesh Enterprise power without enterprise complexity. Linkerd adds security, observability, and reliability to any Kubernetes cluster. 100% open source, CNCF graduated, and written in Rust.
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