This course is now legacy content

This course is using an outdated version of the technology and is now considered to be Legacy content. It will be removed from our catalog on June 28, 2024. Please be sure to complete your course and finish any remaining labs before that date. We recommend moving to version 9.2, which is the latest version currently available.

SectionPreface A: Introduction

SectionSection A.1: Red Hat Security: Linux in Physical, Virtual, and Cloud

Section A.2: Orientation to the Classroom Environment

Section A.3: Internationalization

Chapter 1: Managing Security and Risk

Section 1.1: Managing Security and Risk

Section 1.2: Quiz: Managing Security and Risk

Section 1.3: Reviewing Recommended Security Practices

Section 1.4: Guided Exercise: Reviewing Recommended Security Practices

Section 1.5: Lab: Managing Security and Risk

Section 1.6: Summary

Chapter 2: Automating Configuration and Remediation with Ansible

Section 2.1: Configuring Ansible for Security Automation

Section 2.2: Guided Exercise: Configuring Ansible for Security Automation

Section 2.3: Remediating Issues with Ansible Playbooks

Section 2.4: Guided Exercise: Remediating Issues with Ansible Playbooks

Section 2.5: Managing Playbooks with Red Hat Ansible Tower

Section 2.6: Guided Exercise: Managing Playbooks with Red Hat Ansible Tower

Section 2.7: Lab: Automating Configuration and Remediation with Ansible

Section 2.8: Summary

Chapter 3: Protecting Data with LUKS and NBDE

Section 3.1: Managing File System Encryption with LUKS

Section 3.2: Guided Exercise: Managing File System Encryption with LUKS

Section 3.3: Controlling File System Decryption with NBDE

Section 3.4: Guided Exercise: Controlling File System Decryption with NBDE

Section 3.5: Lab: Protecting Data with LUKS and NBDE

Section 3.6: Summary

Chapter 4: Restricting USB Device Access

Section 4.1: Controlling USB Access with USBGuard

Section 4.2: Guided Exercise: Controlling USB access with USBGuard

Section 4.3: Lab: Restricting USB Device Access

Section 4.4: Summary

Chapter 5: Controlling Authentication with PAM

Section 5.1: Auditing the PAM Configuration

Section 5.2: Guided Exercise: Auditing the PAM Configuration

Section 5.3: Modifying the PAM Configuration

Section 5.4: Guided Exercise: Modifying the PAM Configuration

Section 5.5: Configuring Password Quality Requirements

Section 5.6: Guided Exercise: Configuring Password Quality Requirements

Section 5.7: Limiting Access After Failed Logins

Section 5.8: Guided Exercise: Limiting Access After Failed Logins

Section 5.9: Lab: Controlling Authentication with PAM

Section 5.10: Summary

Chapter 6: Recording System Events with Audit

Section 6.1: Configuring Audit to Record System Events

Section 6.2: Guided Exercise: Configuring Audit to Record System Events

Section 6.3: Inspecting Audit Logs

Section 6.4: Guided Exercise: Inspecting Audit Logs

Section 6.5: Writing Custom Audit Rules

Section 6.6: Guided Exercise: Writing Custom Audit Rules

Section 6.7: Enabling Prepackaged Audit Rule Sets

Section 6.8: Guided Exercise: Enabling Prepackaged Audit Rule Sets

Section 6.9: Lab: Recording System Events with Audit

Section 6.10: Summary

Chapter 7: Monitoring File System Changes

Section 7.1: Detecting File System Changes with AIDE

Section 7.2: Guided Exercise: Detecting File System Changes with AIDE

Section 7.3: Investigating File System Changes with AIDE

Section 7.4: Guided Exercise: Investigating File System Changes with AIDE

Section 7.5: Lab: Monitoring File System Changes

Section 7.6: Summary

Chapter 8: Mitigating Risk with SELinux

Section 8.1: Enabling SELinux from the Disabled State

Section 8.2: Guided Exercise: Enabling SELinux from the Disabled State

Section 8.3: Controlling Access with Confined Users

Section 8.4: Guided Exercise: Controlling Access with Confined Users

Section 8.5: Auditing the SELinux Policy

Section 8.6: Guided Exercise: Auditing the SELinux Policy

Section 8.7: Lab: Mitigating Risk with SELinux

Section 8.8: Summary

Chapter 9: Managing Compliance with OpenSCAP

Section 9.1: Installing OpenSCAP

Section 9.2: Guided Exercise: Installing OpenSCAP

Section 9.3: Scanning and Analyzing Compliance

Section 9.4: Guided Exercise: Scanning and Analyzing Compliance

Section 9.5: Customizing OpenSCAP Policy

Section 9.6: Guided Exercise: Customizing OpenSCAP Policy

Section 9.7: Remediating OpenSCAP Issues with Ansible

Section 9.8: Guided Exercise: Remediating OpenSCAP Issues with Ansible

Section 9.9: Lab: Managing Compliance with OpenSCAP

Section 9.10: Summary

Chapter 10: Automating Compliance with Red Hat Satellite

Section 10.1: Configuring Red Hat Satellite for OpenSCAP

Section 10.2: Guided Exercise: Configuring Red Hat Satellite for OpenSCAP

Section 10.3: Scan OpenSCAP Compliance with Red Hat Satellite

Section 10.4: Guided Exercise: Scan OpenSCAP Compliance with Red Hat Satellite

Section 10.5: Customize the OpenSCAP Policy in Red Hat Satellite

Section 10.6: Guided Exercise: Customize OpenSCAP Policy in Red Hat Satellite

Section 10.7: Lab: Automating Compliance with Red Hat Satellite

Section 10.8: Summary

Chapter 11: Analyzing and Remediating Issues with Red Hat Insights

Section 11.1: Registering Systems with Red Hat Insights

Section 11.2: Quiz: Registering Systems with Red Hat Insights

Section 11.3: Reviewing Red Hat Insights Reports

Section 11.4: Quiz: Reviewing Red Hat Insights Reports

Section 11.5: Automating Issue Remediation

Section 11.6: Quiz: Automating Issue Remediation

Section 11.7: Summary

Chapter 12: Comprehensive Review

Section 12.1: Comprehensive Review

Section 12.2: Lab: Automating Configuration and Remediation with Ansible

Section 12.3: Lab: Protecting Data with LUKS and NBDE

Section 12.4: Lab: Restricting USB Device Access and Mitigating Risk with SELinux

Section 12.5: Lab: Recording Events, Monitoring File System Changes and Managing Compliance with OpenSCAP

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Introduction

Red Hat Security: Linux in Physical, Virtual, and Cloud

Security of computing systems is a process of managing risk through the implementation of processes and standards backed by technologies and tools. Red Hat Security: Linux in Physical, Virtual, and Cloud (RH415) is designed for security administrators and system administrators who need to manage the secure operation of servers running Red Hat Enterprise Linux, whether deployed on physical hardware, as virtual machines, or as cloud instances. You will learn about technologies and tools that can be used to help you implement and comply with your security requirements.

Course Objectives

Manage Security risk by using security technologies included in Red Hat Enterprise Linux.
Prepare for the Red Hat Certified Specialist in Security: Linux certification exam.

Audience

System administrators
IT Security Administrators
IT Security Engineers
Other IT professionals

Prerequisites

Red Hat Certified Engineer (EX300 / RHCE) certification or equivalent Red Hat Enterprise Linux knowledge and experience.

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Welcome to the Red Hat Security: Linux in Physical, Virtual, and Cloud (RH415) group!

Deanna

26 wrz 2023

We are excited to launch a space dedicated to the Red Hat Training course Red Hat Security: Linux in Physical, Virtual, and Cloud! To gain the most value from this group - click the "Join Group" button in the upper right hand corner of the group home page.We encourage group members to collaborate in this group to discuss topics, ask questions, share best practices and tips, provide course feedback, and share their accomplishments as it relates to RH415.Read more about Red Hat Security: Linux in Physical, Virtual, and Cloud here.

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Revision: rh415-7.5-813735c