Kubernetes Podcast with Linkerd's Thomas Rampelberg

Tune into this episode of the Kubernetes Podcast to hear from Buoyant software engineer and Linkerd maintainer Thomas Rampelberg as he chats about the Linkerd service mesh. Going down memory lane, Thomas and co-hosts, Craig and Adam, start talking about DC/OS which Thomas co-created, and the early days of Linkerd. They also chat about SMI and Linkerd’s latest release.

Similar posts

Nov 3, 2020 | William Morgan

Linkerd Community Guide to KubeCon + CloudNativeCon NA 2020

KubeCon + CloudNativeCon North America 2020 Virtual is just around the corner and, as usual, there’s a ton of great Linkerd content from around the globe. Here are a few of our favorite highlights. KubeCon Project Update Keynote On Wednesday, November 18 at 1:54pm EST, Constance Caramanolis will share the Cloud Native Computing Foundation projects update, including an update on the Linkerd project. Don’t miss it! Maintainer office hours Ask the Linkerd maintainers anything!

Oct 30, 2020 | Video

Linkerd Metrics for Prometheus Alerting

Linkerd metrics are great for alerting. Naseem Ullah discusses his Linkerd — Alerting On Error Rates blog post and why he decided to write a how-to guide on the topic at our monthly Linkerd Community Meeting. Migrating their alerting system from a paid tool to an open source stack, Naseem’s team now has a much more consistent alerting strategy and confidence that his service is providing users with a fantastic experience.

Oct 23, 2020 | Video

Linkerd, a Deep Dive into the Service Mesh

Ever wondered how Linkerd looks under the hood? In this deep dive session, Linkerd core maintainer Zahari Dichev walks you through Linkerd’s ins and outs. He also discusses the service mesh’s new multi-cluster functionality released in 2.8. You’ll learn how traffic in Linkerd is routed transparently across clusters based only on native Kubernetes primitives. Zahari concludes with a demo of Linkerd’s traffic shifting features that split traffic between services living on different clusters.