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Modern Air Gap Software Delivery (LFS281) Course Overview

Modern Air Gap Software Delivery (LFS281) Course Overview

This course will teach you the concept of “air gap” and its real work applications, while exploring the advantages of technologies like containers and Kubernetes in air-gapped environments.

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  • Live Training (Duration : 24 Hours)
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Free Pre-requisite Training

Join a free session to assess your readiness for the course. This session will help you understand the course structure and evaluate your current knowledge level to start with confidence.

Assessments (Qubits)

Take assessments to measure your progress clearly. Koenig's Qubits assessments identify your strengths and areas for improvement, helping you focus effectively on your learning goals.

Post Training Reports

Receive comprehensive post-training reports summarizing your performance. These reports offer clear feedback and recommendations to help you confidently take the next steps in your learning journey.

Class Recordings

Get access to class recordings anytime. These recordings let you revisit key concepts and ensure you never miss important details, supporting your learning even after class ends.

Free Lab Extensions

Extend your lab time at no extra cost. With free lab extensions, you get additional practice to sharpen your skills, ensuring thorough understanding and mastery of practical tasks.

Free Revision Classes

Join our free revision classes to reinforce your learning. These classes revisit important topics, clarify doubts, and help solidify your understanding for better training outcomes.

Inclusions in Koenig's Learning Stack may vary as per policies of OEMs

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Course Prerequisites

Certainly! Here are the minimum required prerequisites for undertaking the Modern Air Gap Software Delivery (LFS281) course:


Prerequisites for this course:


  • Basic knowledge of software development
  • Familiarity with the Linux command line
  • Capability to run a virtual machine, preferably with a desktop interface

These prerequisites ensure that you have a foundational understanding and skills necessary to successfully engage with the course material. If you meet these requirements, you'll be well-prepared to delve into the specialized realm of air-gapped software systems for cloud-native solutions.


Modern Air Gap Software Delivery (LFS281)

Target Audience for Modern Air Gap Software Delivery (LFS281)

Modern Air Gap Software Delivery (LFS281) is a 3-day course designed for IT professionals keen on mastering air-gapped software systems for cloud-native environments.


  • Software Developers
  • DevOps Engineers
  • System Administrators
  • Cloud Architects
  • IT Security Specialists
  • Linux Administrators
  • Infrastructure Engineers
  • Containerization Specialists
  • Network Security Engineers
  • Operations Engineers
  • Site Reliability Engineers (SREs)


Learning Objectives - What you will Learn in this Modern Air Gap Software Delivery (LFS281)?

Introduction: The "Modern Air Gap Software Delivery (LFS281)" course equips students with essential skills and knowledge for efficiently managing air-gapped software systems in cloud-native environments. Over three days, participants will delve into key concepts and best practices.

Learning Objectives and Outcomes:

  • Understand the fundamentals and importance of air-gapped systems in software delivery.
  • Set up and configure your workstation for air-gapped environments.
  • Define air-gapped software delivery and its unique challenges.
  • Explore modern software delivery methodologies applicable to air-gapped systems.
  • Identify key considerations and pitfalls in implementing air-gapped software solutions.
  • Learn about the role of abstraction in modern air-gapped software delivery.
  • Gain insights into container orchestration and community tools for scaling air-gapped systems.
  • Develop practical skills to manage, deploy, and maintain air-gapped systems using contemporary techniques.
  • Apply best practices for maintaining security and integrity in air-gapped environments.
  • Analyze case studies and real-world applications of air-gapped software delivery.
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