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  • Reading time:3 mins read


100% Hands-On Ansible Automation, DevOps with Hands-On Projects: From Basics to Advanced using Network Automation

What you will learn

Build Ansible Inventory Files with Hands-on Exercises

Ansible Engine with Ad-hoc commands

Ansible Installation and Configuration with directory structure and Architecture

Understand more about Ansible Modules, the structure of Ansible Playbooks, the creation and execution of Ansible playbooks, Ansible Facts, and Jinja2 Templating

Use Ansible with cloud services and containers, AWS, and Docker

Perform advanced tasks simply with structured data.

Add-On Information:


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  • Architect complete, end-to-end automation solutions for diverse IT environments, moving beyond mere task execution to strategic infrastructure management.
  • Transform operational workflows by integrating robust Ansible playbooks into continuous integration and continuous deployment (CI/CD) pipelines, streamlining development and release cycles.
  • Achieve unparalleled consistency and reliability across your server fleets, network devices, and cloud resources, drastically reducing configuration drift and manual errors.
  • Master the principles of Infrastructure as Code (IaC), enabling you to define, provision, and manage your entire infrastructure using version-controlled, human-readable playbooks.
  • Automate complex network configurations and device orchestration, significantly improving network stability and accelerating change implementation, as highlighted by the course’s network automation focus.
  • Harness Ansible’s versatility to manage resources seamlessly across on-premises data centers, leading cloud providers like AWS, and container platforms such as Docker, fostering true hybrid-cloud expertise.
  • Develop an automation mindset, equipping you to identify opportunities for efficiency gains and design scalable, maintainable solutions for recurring operational challenges.
  • Implement advanced data manipulation techniques within Ansible, leveraging structured data to drive dynamic inventory, conditional logic, and intelligent automation decisions.
  • Build dynamic and adaptable automation frameworks that respond to changing infrastructure requirements, reducing the effort needed for environment provisioning and decommissioning.
  • Gain proficiency in designing idempotent playbooks, ensuring that your automation scripts can be run multiple times without unintended side effects, leading to predictable and safe operations.
  • Optimize resource utilization and cost efficiency by automating the lifecycle management of cloud instances and container deployments, ensuring resources are only active when needed.
  • Contribute effectively to DevOps teams by deploying, managing, and scaling applications and services with speed and precision, using Ansible as your primary automation tool.
  • Elevate your problem-solving capabilities by diagnosing and resolving complex infrastructure issues through automated checks and remediation strategies.
  • Prepare for advanced roles requiring deep automation expertise, positioning you as a key asset in organizations embracing modern IT practices.
  • Secure your environments more effectively by automating compliance checks and enforcing security policies across your infrastructure with reproducible Ansible configurations.
  • PROS:
  • Extensive Real-World Project Focus: The emphasis on “Real Projects” ensures practical, immediately applicable skills, preparing you for actual industry scenarios.
  • Comprehensive Coverage: From foundational concepts to advanced topics including network, cloud, and container automation, offering a holistic skill set.
  • High Demand Skill: Ansible proficiency is a top requirement in DevOps, SRE, and Cloud Engineering roles, boosting career prospects significantly.
  • Hands-On Learning Guarantee: The “100% Hands-On” approach solidifies understanding through direct application, building strong muscle memory for automation tasks.
  • CONS:
  • Steep Learning Curve for Absolute Beginners: While covering basics, the rapid progression to advanced topics and real projects might be challenging for those with no prior IT operations or scripting exposure.
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