We deploy the real environment, you take the scenario-based labs on us. Hands-on, from anywhere, at any time.
This course provides a basic introduction to the concept of DevOps. It seeks to give the student a working knowledge of what DevOps is and how it impacts IT in the real world. This course explains the culture of DevOps as well as some of the main practices and tools associated with DevOps. It also introduces the student to the close relationship between DevOps and the cloud.
Serverless Concepts will teach you the basics of this hot new technology. You'll learn about what constitutes a serverless application. You'll watch how-to videos that show off services like AWS Lambda, Google Firebase, and more. You'll be able to review note cards to remember key elements from the sessions. Finally, connect with us in the community and share how you're adopting this technology and your experiences.
This course provides a basic introduction to the concept of containers. It seeks to give the student a working knowledge of what containers are, how they are created and how they are used in the real world.
Access Pine Head Press: https://www.lucidchart.com/documents/embeddedchart/681cbd68-2dfb-4b57-b022-6378490d31d3#
This course will serve as an introduction to Kubernetes and will cover the basic installation and configuration needed to get a Kubernetes cluster up and running. We will also discuss deployments and pod versioning. In the end there will be a hands on activity that allows you to take what you have learned and put it to use to set up a Kuberenetes cluster for your self.
Download the Interactive Diagram here: https://interactive.linuxacademy.com/diagrams/KubernetesQuickStart.html
Containers and container orchestration are in the process of transforming the way the technology industry does what it does. If you are not familiar with these technologies, it can be a little difficult to understand what people are talking about when they talk about containers! This course will offer you a non-technical beginner-level introduction to the concepts of containers and container orchestration. It will discuss some of the tools and buzzwords that you may have heard in association with these technologies, such as Docker and Kubernetes, and it will give you an understanding of what they mean. If you want to gain a better understanding of what containers and orchestration are all about, this is the course for you!
Kubernetes is a powerful tool. It can help you manage complex applications and provide you with the ability to easily automate tasks involved in managing them. In this course, we will explore Kubernetes from a beginner's standpoint. We will discuss what Kubernetes is and what it does, and we will work with some of the basic functionality of Kubernetes hands-on. We will build a simple Kubernetes cluster. We will also deploy a sample microservice application to the cluster in order to explore how Kubernetes can help easily manage such applications.
Download the Interactive Diagram here: https://interactive.linuxacademy.com/diagrams/KubernetesEssentialsInteractiveDiagram.html
This course covers the fundamentals of cloud migrations. The student is guided through lessons covering legacy infrastructure and applications architectures, as well as advanced cloud computing architectures. This course provides best-practice for governance and frameworks for accelerating the adoption of public, private and hybrid cloud.
Download Interactive Diagram here: https://interactive.linuxacademy.com/diagrams/CloudMigrationsFundamentals.html
Although we offer a comprehensive Deep Dive course on Docker, we know that sometimes you just need a Quick Start on a topic to get started. This course is an update to our Docker Quick Start course. It's designed to give you just what you need to know to get up and running with Docker!
Download the Interactive Diagram here: https://interactive.linuxacademy.com/diagrams/DockerQuickStart.html
OpenShift is a Kubernetes distribution certified by CNCF in 2017, for the Enterprise, but it provides so much more than container orchestration. In this course we will walk through the process of spinning up a small dev environment using MiniShift, then create our own Kubernetes Operator using the newly released OpenShift Operator framework.
Linux Academy has many innovative tools and services, like your own cloud lab, that cannot be found anywhere else. The robust offering we have developed, which is focused around student success, and how to use that offering can be found here within this course. Anybody looking to maximize their learning and the maximize the value they receive from a Linux Academy membership should go through this course.
Linux Academy provides more content, hands-on labs, your own cloud lab, and more value per dollar than any other training provider.
This course is a replacement for the older "Introduction To Linux Academy" course.
During the lessons, learning activities and hands-on components of this course, the student will gain knowledge about CoreOS. You will walk through a local installation as well as how to use our Cloud Servers in order to follow along with our demos. Whether it is using CoreOS for container implementations, clustering, or understanding how to update and view reports, this course will allow you to gain hands-on experience with CoreOS.
This course will explore Amazon Elastic Container Service (ECS) from the very basics of its configuration to an in-depth review of its use cases and advanced features. We will talk about how ECS is architected in order to provide a better understanding of how to manage container-based applications at scale. Once we have a solid foundation of the basics, we will dive into the advanced use cases to uncover the power of ECS.
Access The ECS Captain's Log: https://interactive.linuxacademy.com/diagrams/ECSCaptainsLog.html
Join the Linux Academy community slack for chat here: https://inuxacademy-community-slack.herokuapp.com/ and join the #containers channel.
Kubernetes is a powerful tool for container orchestration. There are many different ways to bootstrap a Kubernetes cluster, many of which make the process easier by abstracting some of the details. Kelsey Hightower's open source guide, Kubernetes the Hard Way, goes through how to bootstrap a Kubernetes cluster without the use of installers or scripts. While there is nothing wrong with using installers or scripts, this approach gives you a deeper understanding of the details of Kubernetes. This course is an adaptation of the Kubernetes the Hard Way guide. It is intended to walk you through it and provide some additional explanation of each step along the way.
In this course, you will develop the skills that you need to write effective and powerful scripts and tools using Python. We will go through the necessary features of the Python language to be able to leverage its additional benefits in writing scripts and creating command line tools (data types, loops, conditionals, functions, error handling, and more). Beyond the language itself, you will go through the full development process including project set up, planning, and automated testing to build two different command line tools.
"Container" is the new buzzword, but it doesn’t just mean Docker! This course will dive into LXC (LinuX Containers) and its container manager, LXD. Students will explore how containers work, how they compare with virtual machines and Docker containers, and how they handle application isolation. Students will get hands-on by installing and configuring containers and thoughtfully selecting a persistent storage strategy. The course also covers the intricacies of container networking including inter-container communication, managing container networks, and exposing container ports on the host. For advanced students, several use cases are explored and implemented using this exciting technology.
This course will prepare the prospective student to successfully pass the Docker Certified Associate exam. In addition, you will find that the the subjects and materials covered within this course will also equip the successful candidate with the knowledge and experience needed to run Docker clusters and workloads in a complex production environment.
The Cloud Native Certified Kubernetes Administrator (CKA) preparation course will prepare the prospective student to successfully complete the associated exam.
More importantly, this course will prepare the student to use Kubernetes as a tool to solve complex, everyday problems.
This course will explore Docker from the very basics of installation and function to an in depth review of the use cases and advanced features. We will talk about how Docker is architected in order to provide a better understanding of how to manage Linux Containers using the Docker Client. Once we have a good understanding of the basics, we will dive into the advanced use cases and really uncover the power of the entire system. Now Updated for Docker 1.10+ in 2016! GOALS Introduce and Understand Linux Containers and Application Virtualization Relate the Architecture of Containers to the Management of Our Applications Install and Configure Docker for Our Distribution Explore the Most Common Use Cases for Docker * Understand the Power and Flexibility Application Virtualization Offers
Join the Linux Academy community slack for chat here: https://linuxacademy-community-slack.herokuapp.com/ and join the #containers channel.
NOTE: Ret Hat has recently retired the "Red Hat Certified Specialist in Containerized Application Development (EX276)" exam. There is no longer an exam/certification on this topic offered by Red Hat. Instead of removing the course, we have decided to leave it published as the topic covered and skills taught are still valid. We will, however, not be updating the course in the future.
The Red Hat Certified Specialist in Containerized Application Development course is designed to teach you how to implement and run services as Docker containers. Through taking this course, you will learn the skills, knowledge, and abilities needed to create and update container images and to run and link containers.
In this course, you will learn how to combine the power of OpenStack, the premier Infrastructure-as-a-Service platform that provides the administrator with a beautifully simplified way to manage virtual machines, software-defined networks, block storage, object storage, and more, with OpenShift Platform-as-a-Service software.
Kubernetes, the open-source system for deploying, managing, and scaling containerized apps, is at the heart of Google Kubernetes Engine. This integration is totally natural. Google developed Kubernetes in-house, and uses it to run its own most popular, global apps. Gmail, YouTube, and even Search run in Kubernetes Engine. It is a fully-managed service and, in this course, you’ll learn it from the ground up.
During this course, I’ll explain the concepts behind Kubernetes and explain its architecture in detail. You’ll learn what comprises a cluster, how to spin one up, deploy an application on one, and then scale out as needed. Such power needs to be handled properly. We’ll cover multiple levels of access control, from integration with Cloud IAM to Kubernetes-specific Role-Based Access Control. With any cloud computing system, networking is key. I’ll show you how Kubernetes Engine works with load balancers (both internal and external), as well as how to set up a private cluster, and declare a network policy.
Throughout the course, a fictitious company, LA Containers, is used to provide real-world scenarios in an interactive chart, which can be viewed here: https://interactive.linuxacademy.com/diagrams/LAContainers.html.
Additionally, the course describes how to convert the normally stateless Kubernetes Engine so that it handles stateful applications, with the addition of a persistent disk. We’ll also explore the techniques used for integrating Kubernetes Engine with other services on the Google Cloud platform, such as Cloud Pub/Sub, Cloud Storage, and Cloud SQL.
Kubernetes is the de facto standard for orchestrating containerized apps, and Google Kubernetes Engine is its most fully-realized implementation. Join me in the comprehensive exploration of this much in-demand technology in Google Kubernetes Engine Deep Dive.
This course is designed to build your intermediate Docker skills.
The course consists of 23 Learning Activities and covers a variety of topics, including Docker basics, container logging, restart policies, metadata and labels, using Docker with Kubernetes, and more.
Are you interested in deploying Prometheus to Kubernetes? If so, this is the course for you.
This course covers the basics of Prometheus, which includes its architecture and components, such as exporters, client libraries, and alerting.
From there, you will learn how to deploy Prometheus to Kubernetes and configure Prometheus to monitor the cluster as well as applications deployed to it.
You will also learn the basics of PromQL, which includes the syntax, functions, and creating recording rules.
Finally, the course will close out by talking about the Alertmanager and creating alerting rules.
Donwload the Interactive Diagrams here:
Welcome to the Learn Microservices by Doing course! This course is designed to give you hands on experience with installing and administering a complex microservice application in a Kubernetes cluster. The course will begin with an overview of Kubernetes conceptually and then move on to installing a functioning Kubernetes cluster. Once the cluster has been bootstrapped, we will learn how to install a simple microservice and then install a more complex microservice application that we will be working with throughout the remainder of the course. Using this microservice application, we will work through the various components and features of Kubernetes like service discovery and autoscaling. Working through this course will give you hands on experience with the microservice architecture and show you why this method has become one of the most sought after in the IT industry.
Download the Interactvie Diagram here: https://interactive.linuxacademy.com/diagrams/LearnMicroServicesByDoing.html
This course will explore Amazon Elastic Container Service for Kubernetes (Amazon EKS) from the very basics of its configuration to an in-depth review of its use cases and advanced features.
We will talk abouthow EKS is architected in order to provide a better understanding of how to manage container-basedapplications at scale.
Once we have a solid foundation of the basics, we will dive into the configuration, management, and deployment of a microservices-based application in EKS.
Access interactive diagram: https://interactive.linuxacademy.com/diagrams/TheEKSManifest.html
Join the Linux Academy community slack for chat here: https://linuxacademy-community-slack.herokuapp.com/ and join the #containers channel.
The DevOps movement has entered the maturity stage in Information Technology. The philosophy behind DevOps is well understood at this point, and more and more tools are being developed to enable the implementation of that philosophy.
This course will prepare the prospective engineer for the LPIC DevOps Tools Engineer Certification exam. We'll take a broad look at a large number of tools that are commonly used in DevOps environments and gain a better understanding of how they enable DevOps in any enterprise environment.
This course is designed for those intending to sit for the Red Hat EX280 exam &/or for those following the RHCA Cloud or RHCA DevOps certification track. This course will provide in-depth training on managing & using Red Hat OpenShift Container Platform.
This course is designed to prepare you for the LPIC-3 304 Virtualization and High Availability exam. The material on this course will mirror the public objectives provided by LPI (https://www.lpi.org/our-certifications/exam-304-objectives). The course will open with an introduction to virtualization and many of the key concepts. Once we have a base understanding of virtualization, we will move on to specific virtualization platforms and utilities. The second half of the course is focused on High Availability. This section will cover the concepts and theories of high availability, and then move on to practical application. Some of the areas covered will include load balanced and failover clusters, as well as clustered storage and file systems.
NOTE: The interactive diagram in use during this course can be accessed through 'Downloads' in the Syllabus or from this link directly - https://www.lucidchart.com/documents/embeddedchart/80981d3e-93a0-498f-a210-f35de90dbbfe#