How to get a grip on your microservices using a service mesh

Many organizations are now building microservices based systems. But with the adoption of this architecture-style, the need arises for a good way to control and monitor all the services and their traffic. To handle this, you can leverage what is called a service mesh. In this session Edwin van Wijk from Info Support introduces the service mesh concept and shows you how to implement a service mesh for your microservices based system using open-source tools Docker, Kubernetes and Istio. After a short introduction of the concepts and tools, Edwin shows several service mesh capabilities in a series of demos. 00:00:09 Introduction 00:01:11 Docker containers recap 00:01:53 Kubernetes 101 00:08:45 Introduction of the Pitstop demo application 00:11:04 Looking at a Kubernetes configuration file 00:14:11 Deploying the demo app on the Kubernetes cluster 00:15:35 Inspecting the running application in the Kubernetes Dashboard 00:17:29 Demo of the Pitstop application 00:18:32 Introduction of the service mesh concept 00:21:12 Introduction of Istio 00:23:33 Looking at an Istio enriched configuration file 00:24:55 Istio Monitoring 00:27:37 Scaling pods 00:28:09 Deploying a second version of a microservice 00:29:36 Dark releasing the new version using traffic mirroring 00:34:13 Canary releasing the new version using weighted load-balancing 00:36:27 Do chaos engineering by injecting faults 00:39:36 Wrap up and links to some handy resources If you want to get the code shown in de video, check out the Github repo at: https://github.com/edwinvw/pitstop. This video was made possible by Info Support (https://www.infosupport.com) and DotNed, the Dutch .NET Usergroup (https://www.dotned.nl). --

Видео How to get a grip on your microservices using a service mesh автора Python мастерская