With the advent of Microservice architectures, limitless compute resources enabled by Kubernetes has to be utilised in the early stages of the development lifecycle to ensure continuous high velocity development. TLDR: With large and complex Microservices deployments, running services locally is, at some point, not feasible. Automate creation of Preview…

In this article I’ll demonstrate how easy it is to run Nameko Microservices on Kubernetes Cluster. We’ll be using local Minikube cluster hosted on VirtualBox along with community maintained Helm Charts to deploy 3rd party services. …

Git repo containing basic example of how to use Nameko to build your microservices platform. — We’ve finally released Nameko Example App. You can find here https://github.com/nameko/nameko-examples It’s a basic demonstration of a common microservices pattern implemented with a help of Nameko framework. This is what you can find in the repo: Once you clone repository simply run docker-compose up . This will pull pre-built images from public Docker Hub repository and you should be up and running.

Distributed systems are often hosted in geographically dispersed data centers. This post demonstrates how messaging between services in different regions can be accomplished with the help of Nameko framework. — Overview Sending messages between data centers in different regions is something most globally distributed systems have to do sooner or later. Since Nameko has a built-in support for AMQP messaging via RabbitMQ, this task is fairly straightforward to accomplish once federation between RabbitMQ clusters is configured.

In this tutorial I’ll be showing one way of moving Django CMS project to Docker Containers. As with anything Docker this can be accomplished in many different ways. For development I’m using Mac and project at the end will be hosted on DigitalOcean. To accomplish our task we’ll be relying…