Kubernetes Management Design Patterns: With Docker, CoreOS Linux, and Other Platforms

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This book starts by introducing the foundational concepts behind the implementation of LXC, then moves into the practical aspects of installing and configuring LXC containers. Moving on, you will explore container networking, security, and backups. By the end of the book, you will have a solid grasp of how LXC is implemented and how to run production applications in a highly available and scalable way.

A practical guide that introduces the core technologies behind Linux containers and provides a deep dive into installation, configuration, and operations of LXC.

Whether you are a developer or a sysadmin, or anything in between, this course will give you the guidance you need to use Docker to build, test, and deploy your applications and make them easier, even enjoyable. So hot off the presses, the latest buzz that has been on the tip of everyone's tongues and the topic of almost any conversation that includes containers these days is Docker!

Docker has been a game-changer when it comes to virtualization. With this course, you will go from just being the person in the office who hears that buzz to the one who is tooting it around every day.

Kubernetes Management Design Patterns - With Docker, CoreOS Linux, and Other Platforms - TechnoBook

This course will be a smooth journey covering Docker from scratch to finish! The first module will help you get familiarized with the fundamentals of Docker. The second module will show you how to create, deploy, and manage a virtual network for connecting containers spanning single or multiple hosts. In the third module, you'll get to grips with monitoring your Docker apps and containers - this will show you how monitoring containers and keeping a keen eye on the working of applications helps improve the overall performance of the applications that run on Docker.

Kubernetes management design patterns : with Docker, CoreOS Linux, and other platforms

The purpose of our fourth module, Securing Docker, is to provide techniques and enhance your skills to secure Docker containers easily and efficiently. Covering best practices to make sure you're confident with the basics, such as building, managing, and storing containers, before diving deeper into Docker security, you'll find everything you need to help you extend and integrate Docker in new and innovative ways.

Kubernetes is among the most popular open-source platforms for automating the deployment, scaling, and operations of application containers across clusters of hosts, providing a container-centric infrastructure. Hands-On Microservices with Kubernetes starts by providing you with in-depth insights into the synergy between Kubernetes and microservices.

You will learn how to use Delinkcious, which will serve as a live lab throughout the book to help you understand microservices and Kubernetes concepts in the context of a real-world application. This book is for developers, DevOps engineers, or anyone who wants to develop large-scale microservice-based systems on top of Kubernetes. If you are looking to use Kubernetes on live production projects or want to migrate existing systems to a modern containerized microservices system, then this book is for you. Coding skills, together with some knowledge of Docker, Kubernetes, and cloud concepts will be useful.

You will learn how to use tools and APIs to automate scalable distributed systems, whether it is for online services, machine-learning applications, or a cluster of Raspberry Pi computers. Docker is quickly changing the way that organizations are deploying software at scale.

10 Kubernetes distributions leading the container revolution

But understanding how Linux containers fit into your workflow—and getting the integration details right—are not trivial tasks. Two Lead Site Reliability Engineers at New Relic share much of what they have learned from using Docker in production since shortly after its initial release. Their goal is to help you reap the benefits of this technology while avoiding the many setbacks they experienced.

This Learning Path guides you through core Kubernetes constructs, such as pods, services, replica sets, replication controllers, and labels. You'll get started by learning how to integrate your build pipeline and deployments in a Kubernetes cluster. As you cover more chapters in the Learning Path, you'll get up to speed with orchestrating updates behind the scenes, avoiding downtime on your cluster, and dealing with underlying cloud provider instability in your cluster. With the help of real-world use cases, you'll also explore options for network configuration, and understand how to set up, operate, and troubleshoot various Kubernetes networking plugins.

In addition to this, you'll gain insights into custom resource development and utilization in automation and maintenance workflows. By the end of this Learning Path, you'll have the expertise you need to progress from an intermediate to an advanced level of understanding Kubernetes. If you are a developer or a system administrator with an intermediate understanding of Kubernetes and want to master its advanced features, then this book is for you. Basic knowledge of networking is required to easily understand the concepts explained. Account Options Sign in. Top charts.

New arrivals. Exploit design, deployment, and management of large-scale containers Key Features Explore the latest features available in Kubernetes 1. What you will learn Architect a robust Kubernetes cluster for long-time operation Discover the advantages of running Kubernetes on GCE, AWS, Azure, and bare metal Understand the identity model of Kubernetes, along with the options for cluster federation Monitor and troubleshoot Kubernetes clusters and run a highly available Kubernetes Create and configure custom Kubernetes resources and use third-party resources in your automation workflows Enjoy the art of running complex stateful applications in your container environment Deliver applications as standard packages Who this book is for Mastering Kubernetes is for you if you are a system administrator or a developer who has an intermediate understanding of Kubernetes and wish to master its advanced features.

Gigi Sayfan is a principal software architect at Helix, and he has been developing software professionally for more than 22 years in domains, such as instant messaging and morphing. His technical expertise includes databases, networking, distributed systems, unorthodox user interfaces, and general software development life cycles. Reviews Review Policy. Published on. Flowing text, Original pages. Best For. Web, Tablet, Phone, eReader. Content Protection. Read Aloud.

Flag as inappropriate. While neither of these statement is questioned within the industry, the ability for companies to master these skills is driving business-level differentiation across every industry. These are areas where companies are making significant efforts to either re-train their existing staff, or hire new skills into their organizations. This is where policy creation, policy management and policy enforcement play critical roles for any platform. IT organizations must consider how policy management can impede their ability to innovate, as well as how well policy management will align to their organizational model.

While all of the platforms in this research as commercially supported by the vendors, some place a greater emphasis on interactions with open source communities. For other IT organizations, they are evolving their skills to be more comfortable with the flexibility of open-source. If necessary, it is important for IT organizations to understand the level of awareness they will need to have with open-source communities to best leverage their platform choice. Before looking at the individual platforms, we had the opportunity at VMworld to talk to some of the vendors that are creating these platforms during a panel discussion on Cloud Native Applications.

The following seven Cloud Native platforms were selected for this research based on market awareness, financial investment levels and strength of community involvement. Vendor Strength: Highly-secure, policy-based platform that simplifies the deployment of Cloud Native applications across multiple cloud platforms. Some platforms have been built within the last two years and have been able to start from a technology base that builds upon popular open-source projects, such as Docker and Kubernetes.

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Other platforms have been re-architected or re-written over time to address learnings that have been gained through operational experience. Apcera Continuum is designed to provide the platform with highly granular control over the functional areas between developers and operators. Policy-management is at the core of the platform.

Stagers can can be used to deploy to any portion of a workflow development, test, production and multiple-stagers can be combined to test broader aspects of an application e. The Stagers support a wide variety of application languages and frameworks for Cloud Native applications. The platforms does not provide native Microsoft. NET framework are on the roadmap. The platform can pull code from a Docker repository, but does not currently support staging applications directly from Dockerfiles.

Application visibility is centrally managed through Continuum, and can be expanded to a Hybrid Cloud architecture by deploying Instance Managers to individual cloud platforms.

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  7. Apcera Continuum is designed as a multi-tenant platform, with clear expectations of distributed teams. Functionality such as Semantic Pipelines, which acts as a proxy for Database services to prevent rogue operators, highlight that the platform is architected with strict security controls in place. Additional functionality is in place to hide network addressing from outside exposure.

    While the Apcera platform does not have an open-source version, the team behind the platform does have considerable experience and expertise in building distributed systems. NET and Java applications portfolios to a more efficient application deployment architecture. The platform architecture was created with a goal of taking existing Enterprise applications, running on-premises, and bringing a PaaS-like experience to both the Development and Operations team.

    This direction led to the early focus on Microsoft.

    NET and Java applications, the most common frameworks for existing Enterprise customers. For many years, Apprenda Platform held the distinction of being the on-premises PaaS that only managed Microsoft. NET applications. Over time Apprenda added support for Java applications and frameworks.

    The Apprenda platform is a 2nd generation PaaS that is approaching the goal of polyglot support in a different manner than it did with. NET and Java support. Instead of adding specific operations logic for each language or framework, it is allowing developers to package their applications in Docker containers and natively consume the PaaS resources via pushed Dockerfiles. Apprenda does have a relationship with Microsoft Azure that allows the Apprenda platform to be deployed as a Hybrid Cloud application within Azure, but that functionality was not covered by this research.


    As a structured platform, Apprenda focuses much of the platform capabilities on delivering granular policies to the Operations team. These policies align to application onboarding and workflow, as well as monitoring, compliance and security.

    Cgroups, namespaces, and beyond: what are containers made from?

    This policy-based approach aligns to the target audience, which are Enterprise companies that have an existing application portfolio and are focused on evolving to a platform-centric delivery model. This approach allows deployment, security and compliance policies to be centrally defined and administered, while allowing development teams to remain focused on pushing applications onto the scalable platform. In moving towards a DevOps model, one of the challenges is building trust between Development and Operations team, who had previously been siloed from each other.