Call Email Facebook Instagram Linkedin

Linux Enterprise Automation (LFS430) Training

  • 4.8(45,888 Rating)

Course Overview

The Linux Enterprise Automation (LFS430) Training is an advanced, hands-on programme designed for system administrators, DevOps engineers, IT automation specialists, and enterprise Linux professionals who want to master the automation of Linux environments at scale.

This course provides comprehensive knowledge of enterprise-grade automation tools, scripting techniques, and configuration management frameworks to efficiently manage Linux servers and applications. Participants will gain expertise in automating repetitive tasks, deploying applications, managing configurations, and maintaining system consistency across multiple environments.

Through practical exercises and real-world scenarios, learners will work with Ansible, shell scripting, cron jobs, systemd timers, and enterprise automation frameworks, learning to implement reliable, scalable, and auditable automation workflows. The course also covers best practices for monitoring, troubleshooting, and securing automated processes, ensuring robust and efficient operations in production environments.

By the end of the training, participants will be able to design, deploy, and manage automated workflows, reducing manual effort, minimizing errors, and improving operational efficiency across enterprise Linux infrastructures.

Course Objectives & Learning Outcomes:

  • Understand the principles of enterprise automation and Linux system management
  • Automate repetitive administrative tasks using shell scripting and Ansible
  • Manage system configurations, application deployments, and updates efficiently
  • Implement scheduled tasks using cron jobs and systemd timers
  • Apply automation best practices for security, auditing, and compliance
  • Monitor and troubleshoot automated workflows to ensure reliability
  • Integrate automation tools with DevOps pipelines and enterprise environments
  • Enhance efficiency, consistency, and scalability in large Linux deployments

Target Audiance

  • Participants should have intermediate Linux administration experience, including command-line proficiency, user and file management, process management, and basic networking. Familiarity with scripting, configuration management, or DevOps practices is beneficial to fully leverage the course content.

Schedule Dates

20 April 2026 - 23 April 2026
Linux Enterprise Automation (LFS430)
20 July 2026 - 23 July 2026
Linux Enterprise Automation (LFS430)
26 October 2026 - 29 October 2026
Linux Enterprise Automation (LFS430)
01 February 2027 - 04 February 2027
Linux Enterprise Automation (LFS430)

Course Content

  • Linux Foundation
  • Linux Foundation Training
  • Linux Foundation Certifications
  • Linux Foundation Digital Badges
  • Laboratory Exercises, Solutions and Resources
  • Distribution Details
  • Labs

  • What Makes A Good Systems Administrator
  • Soft Skills and Tools
  • Hard Skills And Tools
  • Other Concerns
  • Labs

  • Manual Software Lifecycle
  • Package Management
  • Creating Your Own Packages
  • Creating Debian Packages
  • Creating RPM Packages
  • Creating Packages of Third Party Software
  • Rebuilding OS supplied Packages
  • Advanced Packaging Tips
  • GPG Sign Your Packages
  • Labs

  • Preparing Packages for Automatic Building
  • Automation Frameworks
  • Labs

  • Introduction to Software Distribution
  • Repository Management
  • Creating Repositories
  • Using Third Party Repositories
  • Mirroring Repositories
  • Labs

  • CentOS Installation Trees
  • Debian/Ubuntu Install Trees
  • Labs

  • Automating Installation
  • Automating Installation with Kickstart
  • Using Kickstart Files
  • Debian Preseed
  • Further Automation
  • Labs

  • Cobbler Overview
  • Cobbler Setup
  • Using Cobbler
  • Advanced Cobbler
  • Other Tools
  • Labs

  • What is Configuration Management
  • Configuration Management Methods
  • Overview of Configuration Management Tools
  • Labs

  • Puppet Overview
  • Puppet Terminology
  • Puppet Setup and Configuration
  • Puppet Operations
  • Advanced Puppet Concepts
  • Labs

  • Salt Overview
  • Salt Terminology
  • Salt Setup
  • Salt Configuration
  • Salt Operations
  • Advanced Salt Concepts
  • Labs

  • Chef Overview
  • Chef Setup Using
  • Chef Workstation
  • Labs

  • Ansible Overview
  • Ansible Setup
  • Ansible Configuration
  • Ansible Operations
  • Advanced Ansible Concepts
  • Labs

  • Installing Spacewalk Server
  • Deploying Spacewalk Clients
  • Managing Changes with Spacewalk
  • Scripting with the Spacewalk API
  • Labs

  • Spacewalk API
  • Example Workflow
  • Labs

  • CFEngine Overview
  • CFEngine Setup
  • CFEngine Configuration
  • CFEngine Operations
  • Advanced CFEngine Concepts
  • Labs

FAQs

This course is ideal for Linux system administrators, DevOps engineers, IT automation specialists, and enterprise IT professionals who manage multiple Linux servers or applications and want to automate routine tasks, enforce configuration standards, and improve operational efficiency.

Yes. The course teaches cron jobs and systemd timers to automate recurring tasks. Participants will learn how to schedule scripts, monitor task execution, handle failures, and maintain audit trails to ensure reliable automated processes.

Yes. The course emphasizes integration with DevOps practices, enabling participants to automate deployment pipelines, configuration management, and monitoring tasks. This allows for continuous delivery, consistent environments, and faster application rollouts.

Linux Enterprise Automation refers to streamlining administrative, deployment, and operational tasks across multiple Linux servers using automation tools. It reduces manual effort, prevents human errors, ensures consistency, and allows IT teams to manage large-scale environments efficiently, which is critical for enterprise operations.

Participants will learn to automate common tasks such as user management, package installation, configuration enforcement, and service monitoring. By automating these processes, administrators s

Yes. By implementing automation, participants will learn to reduce manual interventions, enforce consistent configurations, minimize errors, and accelerate deployments. This directly improves operational efficiency, uptime, and system reliability for large-scale Linux infrastructures.

No related courses found.