Cloud Foundry’s DiegoĬloud Foundry uses its Diego architecture to manage application containers within the ‘garden’ environment.
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While you don’t need to learn it to use GKE, it helps if you understand the basics.Ĭost: Free for 0-5 nodes, 6+ nodes = $0.15/hr ($109.50/mo) per cluster 7. It hides both complex and simple management tasks behind easy user experience and straightforward command line tools. GKE’s aim is to optimize IT team productivity by improving the management of container-based workloads. Powered by Kubernetes, GKE can deploy, manage and scale containerized applications on Google Cloud. Scale and orchestrate using application management tools of your choice and connect via standard API endpoints.Ĭost: Pay only for the virtual machines, and associated storage and networking resources used. AKS offers simplified container-based application development and deployment with support for Kubernetes, Mesosphere DC/OS, or Swarm for orchestration. It provides the necessary tools to create, configure, and manage open Docker container infrastructure. Recently rebranded from ACS to AKS, Azure’s service is an open-source management service optimized for use on Azure Virtual Machines.
EC2 instances or EBS volumes) necessary to store and run your application. While there is no support for running containers outside of EC2, the benefits include AWS service advantages such as CloudTrail, CloudWatch, Elastic Load Balancers, etc.Ĭost: Amazon ECS comes at no additional cost. It is composed of multiple built-in components to enable the simple scheduling and deployment of Docker clusters, tasks, and services. Amazon ECSĪmazon Web Services’ answer to container orchestration, Amazon ECS is a highly scalable management service which allows developers to run containerized applications on EC2 instances. DC/OS can deploy containers and manage both stateless applications and stateful workloads in the same environment.Ĭost: Mesosphere DC/OS subscription packages are based on the number of nodes (physical or virtual) in your environment. It is designed to treat multiple machines within a data center as one or more clusters either in the cloud or using on-premise software. Mesosphere Datacenter Operating System (DC/OS) is an integrated open-source platform for data and containers built on the Apache Mesos distributed systems kernel. It is arguably easier to use than Kubernetes out of the box.Ĭost: Free Community Edition 3. Swarm continues in Docker’s tradition of focusing on simplicity and the developer experience. Swarm has been included in Docker Engine since version 1.12.0, and offers advanced features such as baked-in service discovery, load balancing, scaling, and security.
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Swarm is Docker’s answer to a developer’s problem of how to orchestrate and schedule containers across many servers. The tool works by grouping containers that make up an application into logical units for easy management and discovery. Google claims it runs billions of containers using Kubernetes every week.
Initially begun as a Google project, thousands of teams use it to deploy containers in production. Kubernetes is the defacto, most popular container orchestration engine available on the market. Management Orchestration and Schedulers 1. Docker Tools Categories List:Ĭontinuous Integration/Continuous Deployment (CI/CD)
Whether you’re a beginner or expert, developer or DevOps engineer, SRE or platform architect, this list will be your companion guide to understanding the most popular offerings for enhancing every stage of your development pipeline with Docker. The container ecosystem is growing and expanding faster than ever, and with so many Docker tools and services it can feel like a daunting task just understanding the available options.
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