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Shikhar Verma

Ansible AWX is the free, open-source version of Ansible Tower. It helps automate IT tasks like managing servers and deploying software through a web interface. AWX offers features like job scheduling, role-based access, and tracking results. It's ideal for small teams or projects, providing an easy way to manage automation without extra costs.

Introduction

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Ansible AWX is the free, open-source version of Ansible Tower. It helps automate IT tasks like managing servers and deploying software through a web interface. AWX offers features like job scheduling, role-based access, and tracking results. It's ideal for small teams or projects, providing an easy way to manage automation without extra costs.

Introduction

  • An Overview of Ansible AWX/Tower.

  • Features of Ansible AWX.

  • Features of Ansible Tower.

  • Similarities Between Ansible AWX and Ansible Tower.

  • Key Differences Between Ansible AWX and Ansible Tower.

  • When to Use Ansible AWX vs. Ansible Tower.

VM Setup for Ansible AWX Installation

  • Ansible AWX Installation: A Comprehensive Overview

  • Ansible AWX Setup

  • Ansible AWX VM Setup with Oracle VM

  • Ubuntu 24.04 Installation on Oracle VM

  • Update and Configure the VM

  • Access VMs Using MobaXterm

Installation of Ansible AWX

  • Set Up Docker on Ubuntu

  • Install and Configure Minikube Cluster on Ubuntu

  • Install Kubectl Command-Line Tool

  • Initialize the Minikube Cluster

  • Configure the Minikube Cluster

  • Deploy Ansible AWX via Operator

  • Create a awx-ubuntu.yml file

  • Access the Dashboard from the Ubuntu System

  • Access the Dashboard from Outside the Ubuntu System

Ansible AWX Dashboard: Introduction and Overview

  • Navigating the Ansible AWX Dashboard

  • Ansible AWX Dashboard: Key Features and Functionality

  • Ansible AWX Dashboard: Access Section

Client Setup for Ansible AWX: A Step-by-Step Guide

  • SSH and User Setup for AWX Client Integration

  • Passwordless Authentication for AWX-Client Integration

Ansible AWX: Organization, Project Setup, and Troubleshooting Lab

  • Lab Session Overview: Key Concepts and Practical Exercises

  • Create Organization in AWX

  • Create a Project

  • Troubleshooting Project Creation Warning

  • Set Up Credentials

  • Create an Inventory

  • Run Command - Test Ping Connectivity

  • Run Command - Check OS Version

Ansible AWX Templates

  • Introduction to AWX Templates: Key Concepts and Usage

  • Create and Place Ansible Playbook in Directory

  • Create Job Template: MyFirstJobTemplate

  • Launch the Template

Cross-Platform Nginx Package Installation with Ansible AWX

  • Overview of Playbook for Nginx Installation

  • Create a new Playbook Directory

  • Copy Ansible Playbook to Playbook Directory

  • Create New Job Template

  • Run Job Template and Verify Nginx on Clients

Ansible AWX Integration with Git

  • AWX and Git Integration: A Complete Overview

  • Create a Project Using Git as Source Control

  • Create a new Inventory

  • Add Hosts to Inventory Using a Git Repository

  • Create New Job Template

  • Launch the Template

  • Run Another Playbook with the Same Job Template

  • Sync a Git Repository from Your Project

  • Add and Configure Schedules in Your Project

  • Execute a Playbook via AWX

Role-Based Access Control (RBAC)

  • How RBAC Works in AWX: An Overview

  • Different User Types in AWX

  • Organizations in AWX: Key Functions and Roles

  • Create a Normal User

  • Create a System Auditor User

  • Create a System Administrator User

  • Add Permissions to access Job Template

  • Add Permissions to access Inventory

  • Create New Team

  • Manage Teams: Adding Users to a Team in AWX

  • Configuring Team Memberships

  • Assign Roles to Teams

  • Last lecture

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What's inside

Learning objectives

  • Understand the basics of ansible awx and tower
  • Set up and configure a virtual machine (vm) for ansible awx
  • Install ansible awx on ubuntu
  • Navigate the ansible awx dashboard
  • Configure ansible awx for client integration
  • Create and manage organizations and projects in ansible awx
  • Develop and launch job templates in ansible awx
  • Integrate ansible awx with git
  • Implement role-based access control (rbac) in ansible awx
  • Troubleshoot and optimize ansible awx deployments

Syllabus

Introduction
An Overview of Ansible AWX/Tower
Similarities Between Ansible AWX and Tower
Ansible AWX vs. Ansible Tower: Key Differences
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Career center

Learners who complete Ansible AWX: Simplifying Automation and IT Management will develop knowledge and skills that may be useful to these careers:
Automation Engineer
An Automation Engineer designs, implements, and maintains systems that streamline repetitive IT tasks, crucial for improving efficiency and ensuring consistent operations. This course, "Ansible AWX: Simplifying Automation and IT Management," is exceptionally well-suited for this career. It provides deep expertise in using Ansible AWX to orchestrate complex automation workflows, manage configurations, and deploy applications at scale. Learners gain practical experience in setting up AWX, integrating with Git for source control, creating job templates, and implementing robust role-based access control. These skills are fundamental to building reliable and secure automation solutions. This course helps learners develop the hands-on capabilities necessary to immediately contribute to automation initiatives, confidently tackling diverse automation challenges and excelling in the Automation Engineer role.
Configuration Management Specialist
A Configuration Management Specialist defines and maintains consistent configurations across an organization's IT systems and software, ensuring components are deployed as intended to minimize drift and enhance reliability. The "Ansible AWX: Simplifying Automation and IT Management" course is a perfect fit for a Configuration Management Specialist. Ansible AWX is a premier tool for enterprise-grade configuration management, and this course delves deep into its capabilities. Learners master creating inventories, setting up credentials, and developing job templates to enforce desired configurations consistently. The Git integration for playbook version control and troubleshooting project creation further solidify an individual's ability to manage configurations effectively, ensuring compliance and operational stability in this specialized role.
DevOps Engineer
A DevOps Engineer automates the software delivery lifecycle, focusing on collaboration, reliability, and continuous integration and delivery through infrastructure as code. The "Ansible AWX: Simplifying Automation and IT Management" course provides a robust foundation for this role, focusing on a key orchestration tool. It covers deploying applications efficiently, managing configuration across diverse environments, and integrating automation with source control using Git. Understanding how to create job templates, manage inventories, and implement role-based access control within AWX directly translates into the skills needed to build and manage automated deployment pipelines, streamline operational tasks, and uphold best practices in a DevOps culture.
Cloud Engineer
A Cloud Engineer designs, implements, and manages cloud infrastructure and applications across various environments, requiring expertise in provisioning, deployment, and security, often relying on automation. The "Ansible AWX: Simplifying Automation and IT Management" course can significantly aid a Cloud Engineer by providing practical skills in automating cloud operations. While the course focuses on AWX setup on VMs, the principles of managing servers, deploying software, and integrating with source control apply directly to cloud resources. The ability to create job templates, manage inventories of cloud instances, and implement role-based access control within AWX helps in orchestrating cloud deployments, managing configurations, and ensuring consistent environments across an organization's cloud footprint.
Site Reliability Engineer
A Site Reliability Engineer applies engineering principles to operations, aiming for highly reliable systems through automation, monitoring, and ensuring service availability. The "Ansible AWX: Simplifying Automation and IT Management" course is directly relevant for this role. It offers comprehensive training in automating critical IT tasks, from server management and software deployment to system configuration and troubleshooting. Through hands-on experience with AWX, learners will understand how to schedule jobs, track results, and implement consistent operational procedures using automation. The course's focus on Git integration and role-based access control helps manage automation code and ensure secure, auditable operations, which are pivotal for maintaining system reliability and efficiency.
Infrastructure Engineer
An Infrastructure Engineer designs, builds, and maintains foundational IT systems like servers, networks, and storage, focusing on robust, scalable, and secure solutions with increasing emphasis on automation. The "Ansible AWX: Simplifying Automation and IT Management" course equips an Infrastructure Engineer with critical skills for modern infrastructure management. It provides hands-on experience with a powerful automation platform that manages configurations, deploys software, and orchestrates complex IT tasks. The detailed sections on VM setup, installing AWX, managing projects, leveraging job templates, and integrating with Git are essential for building and maintaining infrastructure as code. This comprehensive training helps ensure consistency, reduces operational overhead, and enables rapid scaling of infrastructure components.
Release Engineer
A Release Engineer manages and orchestrates the software release process, ensuring new code and updates are consistently and reliably deployed to production, automating build, test, and deployment phases. The "Ansible AWX: Simplifying Automation and IT Management" course highly supports the work of a Release Engineer. It provides practical expertise in using Ansible AWX to automate software deployments, as demonstrated with the Nginx installation example. Learners gain skills in creating and launching job templates, integrating with Git for source control of playbooks, and scheduling deployments. These capabilities are crucial for building automated release pipelines, ensuring repeatable and controlled deployments, and managing different environments effectively. This course helps streamline the complex process of software releases, making them more efficient and error-free.
Systems Administrator
A Systems Administrator ensures the upkeep, configuration, and reliable operation of computer systems, including installing OS, managing software, and monitoring performance. The "Ansible AWX: Simplifying Automation and IT Management" course is highly beneficial for a Systems Administrator seeking to modernize their skillset and enhance efficiency. It empowers learners to automate a wide array of routine tasks, such as server provisioning, software installation (like Nginx), and configuration management, using a centralized web interface. The practical labs on VM setup, client integration, and troubleshooting help streamline system management. By mastering AWX, individuals can significantly reduce manual effort, ensure consistency across systems, and focus on more strategic initiatives, transforming traditional administration into automated operations.
Solutions Architect
A Solutions Architect designs and proposes technical solutions for complex business problems, bridging business requirements with technical implementation to create scalable systems. The "Ansible AWX: Simplifying Automation and IT Management" course is highly beneficial for a Solutions Architect. A deep understanding of Ansible AWX allows an architect to design robust automation solutions for infrastructure provisioning, configuration, and application deployment. Knowing how AWX integrates with Git, manages credentials, supports role-based access control, and handles job scheduling is crucial for designing secure, maintainable, and scalable automation frameworks. This course provides the comprehensive technical insight into AWX needed to confidently recommend and architect automation strategies that meet an organization's unique operational needs.
Data Center Operations Engineer
A Data Center Operations Engineer is responsible for the physical and virtual infrastructure within a data center, ensuring continuous operation, monitoring performance, and performing maintenance. The "Ansible AWX: Simplifying Automation and IT Management" course is highly relevant for a Data Center Operations Engineer. It provides the skills to automate numerous routine and complex tasks associated with data center management, such as server provisioning, software deployment, and configuration updates across many machines. By mastering Ansible AWX, learners can centralize and streamline operations, schedule jobs for off-peak hours, and ensure consistency across a large footprint of servers. The ability to troubleshoot and manage virtual machines within AWX directly contributes to efficient data center management, reducing manual errors and enhancing operational stability.
Virtualization Engineer
A Virtualization Engineer specializes in designing, implementing, and managing virtualized environments, ensuring efficient resource utilization, scalability, and high availability. The "Ansible AWX: Simplifying Automation and IT Management" course is particularly relevant for a Virtualization Engineer. While the course uses Oracle VM for its setup, the core principles of automating VM provisioning, configuration, and management are directly transferable. Learners acquire hands-on experience in setting up and configuring virtual machines, installing operating systems like Ubuntu, and then using Ansible AWX to manage these virtualized clients. This course helps streamline the deployment and ongoing maintenance of virtual infrastructure, allowing for consistent and repeatable operations at scale across various virtualization platforms.
Security Operations Engineer
A Security Operations Engineer monitors, detects, analyzes, and responds to cybersecurity threats, also implementing and maintaining security controls. The "Ansible AWX: Simplifying Automation and IT Management" course may be useful for a Security Operations Engineer by enabling the automation of critical security tasks. While primarily an automation tool, AWX can be leveraged to automate security configuration enforcement, patch management, vulnerability remediation, and compliance checks across systems. The course's focus on Role-Based Access Control (RBAC) in AWX is particularly valuable, as it helps in securely managing who can execute automation tasks and access sensitive configurations, ensuring adherence to security policies and maintaining an auditable trail of actions within the automation platform itself.
IT Operations Manager
An IT Operations Manager oversees daily IT infrastructure operations, managing teams, optimizing processes, and making strategic decisions to leverage technology for business advantage. The "Ansible AWX: Simplifying Automation and IT Management" course may be useful for an IT Operations Manager. While not focused on hands-on coding, understanding the capabilities and implementation of Ansible AWX provides critical insight into how automation transforms IT operations. Familiarity with job scheduling, role-based access control, and tracking results enables an IT Operations Manager to evaluate automation strategies, lead teams in adopting efficient tools, and ensure compliance and security in automated environments. This knowledge supports informed decision-making for improving operational efficiency and overall IT service delivery.
Technical Project Manager
A Technical Project Manager plans, executes, and analyzes IT projects, often involving complex technical deliverables, understanding processes and tools to manage scope, schedule, and resources. The "Ansible AWX: Simplifying Automation and IT Management" course may be useful for a Technical Project Manager. While not a hands-on technical role for execution, understanding the capabilities and deployment lifecycle of Ansible AWX profoundly aids in managing projects that involve IT automation or infrastructure as code initiatives. Knowledge of job scheduling, project creation, organization, and role-based access control helps in better planning, resource allocation, risk assessment, and effective communication with technical teams. For this role, an advanced degree, such as a master's, is often typical for career advancement.
IT Auditor
An IT Auditor assesses an organization's information technology systems, infrastructure, and processes to ensure compliance with regulations, policies, and best practices, evaluating controls related to data integrity and security. The "Ansible AWX: Simplifying Automation and IT Management" course may be useful for an IT Auditor. Understanding how automation platforms like Ansible AWX function, particularly their Role-Based Access Control (RBAC) features, provides crucial insights into how configurations are managed, changes are deployed, and who has permissions to perform critical IT tasks. The course's exploration of user types, team management, and assigning roles directly aids an auditor in evaluating the security and compliance posture of automated environments, ensuring proper controls are in place and that automation activities are auditable and secure.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Ansible AWX: Simplifying Automation and IT Management.
Provides a comprehensive overview of RBAC, covering the concepts, models, and implementation techniques. It is written by leading experts in the field and is considered a foundational text on RBAC.
Considered a foundational text in the field, this book provides a comprehensive overview of the principles and technical practices of continuous delivery. It is essential for gaining a broad understanding of how to automate the build, test, and deployment processes for rapid and reliable software releases. is highly valuable as a reference and is often cited as a key resource for anyone implementing CI/CD pipelines.
Demystifies container execution mechanics from packaging through distribution, providing concrete recipes for bind mounts, network bridging, and runtime isolation barriers.
Foundational text in computer science, widely used in undergraduate and graduate programs. It provides a comprehensive overview of operating system principles, including processes, memory management, and virtualization. Understanding these core concepts is essential for grasping how virtual machines function at a fundamental level. It serves as an excellent prerequisite for diving deeper into virtualization technologies.
Delivers an exceptionally accessible yet technically deep walkthrough of container runtimes, diving into containerd, rootless execution, image architecture, and Swarm clusters.
This handbook offers a practical guide to implementing DevOps principles, which are intrinsically linked to effective software deployment. It provides insights into the cultural and technical practices that enable organizations to achieve faster and more reliable releases. valuable resource for both a broad understanding and a deeper dive into the organizational aspects of deployment.
Gathers 100+ proven patterns and diagnostic workflows, tackling real-world problems around automated container builds, minimal base images, build caching, and volume persistence.
Based on rigorous research, this book provides data-driven insights into the practices that drive high performance in software delivery and operations. It's crucial for understanding the impact of deployment practices on overall organizational performance. While not solely focused on technical deployment, it offers essential context and justification for investing in robust deployment processes.
Guides engineers through a structured daily roadmap of practical container exercises, transitioning legacy monoliths into lightweight, containerized microservices step by step.
Presents high-availability architectural blueprints for distributed cloud systems, covering container clustering, horizontal autoscaling, load shedding, and resilience engineering.
Investigates defense-in-depth container security, detailing host kernel hardening, secure image supply chains, automated SBOM auditing, and runtime workload protection mechanisms.
Written by one of the co-authors of 'Continuous Delivery,' this book focuses specifically on the deployment pipeline, a core component of continuous delivery. It provides a step-by-step guide to building, using, and improving your pipeline for faster and more reliable software releases.
This practical guide focuses on using Python for IT automation, covering topics such as scripting, network automation, and cloud integration.
Given the prevalence of Kubernetes in modern deployments, this book is crucial for understanding how to deploy and manage containerized applications at scale using this orchestration platform. It covers the core concepts and practical aspects of using Kubernetes for deployment.
As microservices architecture is increasingly prevalent, understanding how to deploy and manage these systems is vital. provides a comprehensive guide to designing and building microservices, including considerations for deployment, testing, and monitoring in a distributed environment. It's essential for those looking to deepen their understanding of deploying modern application architectures.
Furnishes pragmatic configuration recipes for systems administrators, tackling multi-container Compose orchestration, private registry management, and host storage performance.
Explores enterprise container operations at scale, walking through security vulnerability scanning, multi-node clustering, secrets rotation, and automated infrastructure monitoring.
Focusing specifically on Continuous Integration (CI), a core practice enabling continuous delivery and deployment, this book provides a detailed guide to implementing and benefiting from CI. It's a foundational read for anyone involved in the early stages of the deployment pipeline.
Addresses cluster-wide container orchestration and automated rollouts, detailing Swarm scheduling algorithms, service discovery, overlay networks, and declarative stack manifests.
Offers a friendly and illustrated guide to understanding and implementing continuous delivery pipelines. It takes a tool-agnostic approach, focusing on the concepts and scenarios involved in setting up a CD system. It's a good resource for those looking for a more visual and practical introduction.
Authored by Google engineers, this book provides deep insights into the practices and principles of Site Reliability Engineering (SRE), a discipline closely related to DevOps and focused on the reliability of production systems. It covers topics such as monitoring, incident response, and-crucially-release engineering, offering advanced perspectives on ensuring successful deployments at scale.
Kubernetes leading container orchestration platform, often used in conjunction with virtual machines and containers. provides a comprehensive guide to Kubernetes, which is crucial for managing containerized applications at scale. Understanding Kubernetes is vital for anyone working with modern virtualized and cloud-native environments.
Chaos Engineering contemporary practice focused on experimenting on a system in production to build confidence in its capability to withstand turbulent conditions. dives into the principles and practices of Chaos Engineering, which is highly relevant for ensuring the reliability of deployed systems in complex environments.
Provides a combined look at Docker and Kubernetes, reflecting the contemporary landscape where containers and orchestration are key aspects of virtualization strategies. It's valuable for understanding the broader container ecosystem and its relevance to virtualized deployments in both cloud and on-premises environments.
This practical guide focuses on using PowerShell for IT automation, covering topics such as scripting, configuration management, and cloud automation.
Examines cloud-native patterns for containerized applications, illustrating twelve-factor design principles, health check probes, stateless service tiers, and persistent state stores.
A companion to the SRE book, this workbook offers practical exercises and examples for implementing SRE principles. It helps solidify the understanding of how to apply SRE practices, including those related to deployment and release management, in real-world scenarios. It's a valuable resource for those looking for hands-on learning after reading the foundational SRE book.
Delves into the cultural and human aspects of DevOps, which are critical for successful implementation of continuous deployment practices. It emphasizes collaboration and communication between development and operations teams, providing valuable insights beyond just the technical tools.
Provides a practical guide to implementing CI/CD pipelines using GitLab, a popular platform for managing the software development lifecycle. It's useful for those who want to learn about deployment automation with a specific tool.
Provides a good overview of virtualization techniques and applications from a computer architecture and design perspective. It delves into the fundamental principles behind virtual machines, making it valuable for those seeking a deeper understanding of the technology's underpinnings. While not the most recent publication, it is considered a foundational text in the field.
Focuses on KVM, a popular open-source virtualization technology on Linux. It delves into the internals of KVM and provides guidance on building robust virtualization solutions. It is particularly relevant for those interested in Linux-based virtualization and offers insights into managing scalability, performance, and security within a KVM environment.
An updated edition focusing on a specific version of VMware vSphere, providing practical guidance for deploying, managing, and monitoring virtualized data centers. Useful for professionals working with or planning to implement VMware solutions. It offers insights into designing and planning virtual infrastructure effectively.
Provides a practical approach to implementing DevOps, covering various aspects including continuous delivery, infrastructure as code, and monitoring. It offers hands-on guidance for improving the software production and deployment process.
Details automated build and release pipelines, showing how to trigger multi-stage container builds, run automated unit test runners, and publish versioned artifacts via Jenkins CI.
Provides practical guidance and hands-on labs for Microsoft Hyper-V, another major virtualization platform. It covers implementation and management using both GUI and PowerShell tools. It's a key resource for IT professionals working with Windows Server environments and Hyper-V.
Focusing on Jenkins, a widely used automation server, this book guides readers through implementing Continuous Integration and Continuous Delivery pipelines. It's a practical resource for learning deployment automation with a specific, popular tool.
Introduces containerized developer environments, explaining how to synchronize local code volumes, configure live reloaders, and establish consistent development stacks across teams.
By a Microsoft MVP offers in-depth coverage of Windows Server, including the Hyper-V role. It's a valuable resource for understanding how Hyper-V integrates with the Windows Server ecosystem and for mastering its features. It serves as a comprehensive guide for administrators.
Focuses on decomposing monolithic Java enterprise services into portable containers, illustrating service discovery, container communication, and load balancer configurations.
While not solely about deployment, this book provides a deep understanding of the challenges in building and maintaining data-intensive systems, which often have complex deployment requirements. Understanding these underlying system complexities is crucial for designing effective deployment strategies.
Takes a deep dive into the design and implementation of virtual machine architectures. It combines high-level design with low-level implementation details and covers advanced topics often overlooked. It's suitable for graduate students and professionals interested in the intricate workings of VMs.
Focuses on practical recipes for automating and managing Windows Server 2016, addressing tasks such as server installation, configuration, and maintenance.
Covers RBAC in the context of cloud computing, discussing the challenges and opportunities of implementing RBAC in the cloud. It is written by leading researchers in the field of cloud security.
Explores the principles and practices of continuous delivery, which key aspect of IT automation, covering topics such as automated testing, deployment pipelines, and monitoring.
This cookbook offers practical recipes and step-by-step instructions for configuring and managing VMware vSphere 6.7. It's a useful resource for gaining hands-on experience with specific vSphere tasks, including storage, networking, and high availability. While focused on a specific version, the recipes illustrate common virtualization concepts and practices applicable to VMware environments.
Introduces Kubernetes operators, which are a powerful way to extend the functionality of Kubernetes. It covers the basics of creating and using operators, as well as how to troubleshoot common problems.
Provides a practical guide to using Kubernetes for DevOps, covering topics such as continuous integration, continuous delivery, and testing. It great resource for anyone who wants to learn more about how to use Kubernetes to automate and streamline their software development processes.

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