Certified OpenStack Administrator Course Overview

Certified OpenStack Administrator Course Overview

The Certified OpenStack Administrator (COA) course is a comprehensive program designed to equip learners with the knowledge and skills necessary to operate and manage OpenStack environments effectively. It covers the core components of OpenStack, including compute, storage, and networking services, through a blend of theoretical lessons and practical labs.

By taking this course, learners will gain an understanding of OpenStack's architecture, how to implement it, and how to troubleshoot common issues. Starting with an OpenStack Overview, the course moves through key services like Horizon Dashboard, Keystone, Glance, Nova, Cinder, Neutron, Swift, and Heat, emphasizing hands-on experience with both Horizon and the OpenStackClient CLI.

Upon completion, participants will be well-prepared to take the OpenStack COA exam, validating their expertise as cloud professionals and enhancing their career opportunities in the cloud computing industry.

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  • Classroom Training price is on request

♱ Excluding VAT/GST

You can request classroom training in any city on any date by Requesting More Information

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Course Prerequisites

To ensure that participants are adequately prepared and can gain the most from the Certified OpenStack Administrator course, the following prerequisites are recommended:

 

  • Basic understanding of Linux operating systems, including familiarity with the command line interface (CLI), file-system navigation, and text file editing.
  • Foundational knowledge of networking concepts, such as IP addressing, network topologies, and common network protocols (e.g., HTTP, SSH).
  • General comprehension of virtualization technologies, including hypervisors, virtual machines, and basic virtual networking.
  • An introductory awareness of cloud computing principles, including service models (IaaS, PaaS, SaaS) and deployment models (public, private, hybrid cloud).
  • Some exposure to managing services or applications in a Linux environment, which will aid in understanding OpenStack service management.
  • Basic problem-solving skills and the ability to troubleshoot technical issues, which will be beneficial for the Troubleshooting module.

 

Please note that while these are the minimum recommended prerequisites, the course is designed to accommodate a range of IT professionals. Even if you do not possess deep expertise in every area listed, a willingness to learn and engage with the course material will enable you to successfully complete the Certified OpenStack Administrator training.

Roadmaps

Target Audience for Certified OpenStack Administrator

The Certified OpenStack Administrator course offers in-depth training on managing and implementing OpenStack cloud infrastructure, geared towards IT professionals.

  • System Administrators seeking to manage cloud infrastructure
  • Cloud Engineers interested in OpenStack deployment and management
  • IT Professionals aiming for a career in cloud computing services
  • DevOps Engineers who want to integrate OpenStack into their workflows
  • Network Engineers looking to understand and manage OpenStack networking
  • Storage Administrators focusing on block and object storage within cloud environments
  • Technical Architects planning OpenStack-based cloud solutions
  • IT Operations staff responsible for maintaining OpenStack environments
  • Security Engineers ensuring safe cloud operations with Keystone
  • Systems Analysts and Consultants who need to understand OpenStack for advising or managing projects
  • Technical Support Specialists providing maintenance and troubleshooting for OpenStack environments

Learning Objectives - What you will Learn in this Certified OpenStack Administrator?

Introduction to the Course Learning Outcomes

Gain proficiency in managing and troubleshooting OpenStack environments, mastering the use of dashboard and CLI tools, and understanding core OpenStack services for cloud infrastructure.

Learning Objectives and Outcomes

  • Understand the evolution, architecture, and component services of OpenStack, allowing for informed decision-making in cloud infrastructure deployment.
  • Navigate and manage OpenStack resources using both Horizon Dashboard and OpenStackClient Command Line Interface (CLI) effectively.
  • Configure and administer identity management through Keystone, ensuring secure and organized access to cloud resources.
  • Manage and provision virtual machine images using Glance, streamlining the deployment of instances in the cloud environment.
  • Deploy and manage instances with Nova Compute Service, gaining insights into virtual server lifecycle and operations.
  • Administer persistent block storage for instances with Cinder, including volume creation and management for flexible storage solutions.
  • Set up and troubleshoot complex network topologies within a cloud environment using Neutron, enhancing connectivity and segmentation.
  • Utilize Swift to manage object storage, ensuring scalable and reliable storage of unstructured data across the cloud.
  • Automate cloud resource provisioning and orchestration with Heat, learning to create repeatable and scalable cloud environments.
  • Develop troubleshooting skills to analyze and resolve common issues in OpenStack components, log files, storage, and networking.

Technical Topic Explanation

OpenStack Overview

OpenStack is an open-source platform used to create and manage large groups of virtual private servers in a cloud computing environment. It is developed by a community of developers working collaboratively to enable any organization to create and offer cloud computing services running on standard hardware. OpenStack lets you manage a pool of compute, storage, and networking resources throughout a datacenter, all controlled through APIs or a dashboard. The Certified OpenStack Administrator (COA) is a professional certification that helps system administrators or IT professionals demonstrate their ability to operate and manage an OpenStack environment, which is crucial for businesses leveraging cloud technologies.

Horizon Dashboard

The Horizon Dashboard is an intuitive web-based interface for managing OpenStack services. It allows users to configure and control their OpenStack resources like networks, instances, and storage straightforwardly. This dashboard is particularly relevant for professionals aiming to become a Certified OpenStack Administrator (COA), as it enhances their ability to manage OpenStack environments efficiently. With the Horizon Dashboard, those undergoing Certified OpenStack Administrator training can practically apply, monitor, and manage cloud operations, essential for mastering the OpenStack platform.

Keystone

Keystone is a core component of OpenStack, an open-source cloud computing platform. It primarily functions as the identity service, managing authentication and authorization for all other OpenStack services. Keystone supports multiple forms of authentication, including username and password credentials, token-based systems, and AWS-style logins. It facilitates identity federation to allow services to authenticate users without creating separate user identities for each OpenStack service, enhancing security and simplifying user management across cloud environments. Keystone plays a critical role in enabling secure and efficient access control within OpenStack deployments.

Glance

Glance is a service within OpenStack, an open source cloud computing platform. It provides the image service functionality for OpenStack, allowing users to discover, register, and retrieve virtual machine images. Glance has a RESTful API that allows querying of VM image metadata as well as retrieval of the actual image. Users can store and manage their images in a variety of backends, including simple file systems or object storage systems like Swift, the OpenStack Object Store. This capability makes it easier to handle cloud deployments by streamlining the management of virtual machine images across various services.

Nova

Nova is a core component of the OpenStack cloud computing platform. It is responsible for managing and automating the provisioning of virtual machines, handling tasks like scheduling and launching instances. Essentially, Nova operates as the brain behind cloud instance management, interacting with the underlying hardware through hypervisors such as KVM or QEMU. Nova ensures efficient allocation of resources, scalability, and flexibility in cloud environments, making it crucial for OpenStack deployments. Its compatibility with various technologies and ability to scale makes it a key system for cloud infrastructure.

Swift

Swift is a powerful, intuitive programming language created by Apple for building apps for iOS, Mac, Apple TV, and Apple Watch. It’s designed to give developers more freedom than ever. Swift is easy to use and open source, so anyone with an idea can create something incredible. It emphasizes safety, performance, and software design patterns. The syntax and standard library have been designed based on the guiding principle that the obvious way to write your code should also perform the best. Swift's memory management is automated, and its performance is equivalent to C++.

Heat

Heat is a core project in the OpenStack cloud computing platform, providing a template-based orchestration engine to automate cloud resource management. It allows users to define and manage cloud infrastructure using templates, which are files containing resource descriptions. Heat automates the creation, updating, and scaling of applications and infrastructure, letting developers focus on other crucial aspects of development without needing to manage each cloud resource manually. Using Heat, organizations can improve operational efficiency and streamline the management of cloud resources.

Cinder

Cinder is the block storage component of OpenStack, designed to create and manage flexible storage volumes for virtual machines. As a part of OpenStack, Cinder integrates smoothly with other components, facilitating efficient storage solutions in cloud computing environments. It supports various storage technologies, making it adaptable for different needs and scenarios. Cinder allows users to manage storage volumes independently of virtual machines, enhancing scalability and performance of cloud resources. For professionals aiming to specialize, pursuing a Certified OpenStack Administrator (COA) status could include mastering Cinder to enhance their expertise in managing OpenStack environments effectively.

Neutron

Neutron is a core component of OpenStack used for managing a network-as-a-service in cloud environments. This function provides the network connectivity and IP addressing to other components of OpenStack, ensuring that each element of a cloud environment can communicate effectively. Neutron allows administrators to create, update, and manage network resources, such as networks, subnets, and routers, on-demand. It supports different networking models, pluggable backends, and advanced network configurations, which can help in meeting the specific needs of an application or service hosted on the cloud. Neutron is essential for cloud operations and scalability within an OpenStack environment.

OpenStackClient CLI

OpenStackClient CLI (Command Line Interface) is a tool for managing resources in an OpenStack cloud. It's designed to simplify the process of configuring and controlling large pools of compute, storage, and networking resources, all of which can be administered both individually or in bulk through commands in your terminal. Ideal for users preparing for the Certified OpenStack Administrator (COA) exam, this tool helps in executing necessary tasks efficiently, aligning with skills covered in certified OpenStack administrator training. OpenStackClient CLI streamlines cloud management, making it an essential tool for administrators working in OpenStack environments.

Target Audience for Certified OpenStack Administrator

The Certified OpenStack Administrator course offers in-depth training on managing and implementing OpenStack cloud infrastructure, geared towards IT professionals.

  • System Administrators seeking to manage cloud infrastructure
  • Cloud Engineers interested in OpenStack deployment and management
  • IT Professionals aiming for a career in cloud computing services
  • DevOps Engineers who want to integrate OpenStack into their workflows
  • Network Engineers looking to understand and manage OpenStack networking
  • Storage Administrators focusing on block and object storage within cloud environments
  • Technical Architects planning OpenStack-based cloud solutions
  • IT Operations staff responsible for maintaining OpenStack environments
  • Security Engineers ensuring safe cloud operations with Keystone
  • Systems Analysts and Consultants who need to understand OpenStack for advising or managing projects
  • Technical Support Specialists providing maintenance and troubleshooting for OpenStack environments

Learning Objectives - What you will Learn in this Certified OpenStack Administrator?

Introduction to the Course Learning Outcomes

Gain proficiency in managing and troubleshooting OpenStack environments, mastering the use of dashboard and CLI tools, and understanding core OpenStack services for cloud infrastructure.

Learning Objectives and Outcomes

  • Understand the evolution, architecture, and component services of OpenStack, allowing for informed decision-making in cloud infrastructure deployment.
  • Navigate and manage OpenStack resources using both Horizon Dashboard and OpenStackClient Command Line Interface (CLI) effectively.
  • Configure and administer identity management through Keystone, ensuring secure and organized access to cloud resources.
  • Manage and provision virtual machine images using Glance, streamlining the deployment of instances in the cloud environment.
  • Deploy and manage instances with Nova Compute Service, gaining insights into virtual server lifecycle and operations.
  • Administer persistent block storage for instances with Cinder, including volume creation and management for flexible storage solutions.
  • Set up and troubleshoot complex network topologies within a cloud environment using Neutron, enhancing connectivity and segmentation.
  • Utilize Swift to manage object storage, ensuring scalable and reliable storage of unstructured data across the cloud.
  • Automate cloud resource provisioning and orchestration with Heat, learning to create repeatable and scalable cloud environments.
  • Develop troubleshooting skills to analyze and resolve common issues in OpenStack components, log files, storage, and networking.