kubernetes

¿Quieres saber más? http://www.paradigmadigital.com/ Índice interactivo aquí debajo. Kubernetes es un proyecto open source de Google cuyo propósito es el de hacer de orquestador de containers. En este seminario se tratará de crear una base partiendo desde los principios más fundamentales, de forma que cualquiera con unos conceptos básicos de contenedores pueda entender cómo funciona kubernetes y qué utilidades nos ofrece a la hora de manejar contenedores. 00:39 Índice 01:08 ¿Qué es Kubernetes? 02:31 Arquitectura básica 02:52 Componentes del cluster: master 05:13 Componentes del cluster: nodo 07:16 Componentes del nodo. Kube-proxy (servicios) 08:32 Componentes del nodo: POD (dockers) 09:19 Funcionamiento interno/ comunicación ente nodos. 11:02 Funcionamiento interno/ conectividad dentro de kubernetes 11:15 Funcionamiento interno/ conectividad dentro de kubernetes: pods 13:19 Funcionamiento interno/ conectividad dentro de kubernetes: servicios 13:54 Ejemplo 18:22 Preguntas

This are my latests talks/podcast recomendations:Agile Revisited Dan North An updated version of the agile manifesto and principles (creative individuals, feedback loops, continious delivery, devops...)  A clear message about agile very far away from the Agile/Scrum/NoSense (tm). Real Agile...Hackers, the internet's immune system Keren ElazariManaging Containers at Scale with CoreOS and Kubernetes Kelsey Hightower The question is... how you design your infrastructure when you...

Everyone is talking about Containers, but mostly in the context of how they work and not why and when they are useful or how to apply them to your own often complex and unique Use Cases. We'll start by looking at how Docker works by manually creating a simple guestbook application using Docker Containers running Redis and PHP. We'll then use the same application to show how you can use Kubernetes and Google Container Engine to create a cluster of nodes, declare to that cluster what you expect it to do, and then have the cluster assign resources as needed, run your work, recover from failures.

We've all written an application from scratch before. It’s manual, inefficient, and what’s worse, it’s completely unreproducible. So then you might turn to Docker, which solves the process-level reproducibility by packaging up a full execution environment. But once we get beyond a single machine, we need to coordinate the work across a cluster of machines -- trying to do it imperatively can quickly turn into a tangled mess! You want to declare to your cluster what you expect it to do, and have the cluster assign the resources to get it done, recover from failures, and scale easily. Kubernetes is a recently open sourced cluster manager and scheduler that simplifies the complex tasks of deploying and managing your application. You simply declare the desired state, and Kubernetes does the work to keep it that way. In this talk, I'll do a hands-on demonstration of how you can move from a single Docker container to many containers running across a cluster of machines with Kubernetes.