1

Introduction of Linux using RHEL and KALI Distros

2

Installation and Configuration of RedHat & Kali.

3

Get Familiar with GUI, Commands and Shell environments.

4

Configure and Manage users, groups and user security policies.

5

Configure and Manage Networks and Storage.

6

Install and update software packages.

1

Configure and Manage System services, daemons and Drivers.

2

Configure and Manage DNS Server

3

Configure and Manage Email Server

4

Configure and Manage Web Server.

5

Configure and Manage Database Server.

6

Configure and Manage bash scripts, conditionals and control structures.

7

Access network-attached storage.

8

Configure link aggregation and bridging

9

Manage Network security and SELinux security

10

Configure the shell environment

11

Patch Management.

1

Install, configure and Manage Red Hat Virtualization.

2

Configure and Manage data centers, clusters, user accounts and roles.

3

Design, scale, Configure and Manage Virtualization infrastructure.

4

Configure and Manage Red Hat Virtualization networks and storage.

5

Deploy, manage and Migrate virtual machines and images.

6

Patch and upgrade Red Hat Virtualization, Back up and restore

7

Introduction to Red Hat OpenStack Platform

8

Configure and Manage OpenStack networking and resources.

9

Configure and Manage OpenStack application projects in a multitenant cloud.

10

Automate customized cloud application launches and placement.

1

Introduction to the Linux Kernel

2

Process Management and Scheduling.

3

System Calls.

4

Kernel Data Structures

5

Interrupts and Interrupt Handlers

6

Interrupts and Interrupt Handlers

7

Linux Kernel Synchronization and Methods

8

Timers and Time Management.

9

Memory Management.

10

The Virtual Filesystem.

11

The Block I/O Layer.

12

The Process Address Space

13

The Page Cache and Page Writeback.

14

Devices and Modules.

15

Debugging.

1

Introduction to Kernel Exploits

2

Setting up the debugging environment

3

Privilege escalation

4

Arbitrary read/write primitives.

5

Kernel memory addressing disclosures

6

read/write primitives.

7

Out of bounds (OOB) access vulnerabilities.

8

Integer vulnerabilities.

9

Kernel stack overflows

10

Heap vulnerabilities.

11

Kernel return-oriented programming (ROP)

12

Supervisor Mode Execution Protection / Access Protection / Kernel Page Table Isolation bypasses.

1

Troubleshooting Best Practices.

2

Linux troubleshooting: methods and tools for diagnostics.

3

System Access Troubleshooting.

4

File System Troubleshooting

5

System Administration Troubleshooting

6

Backup, System Recovery and Disaster Recovery.

7

Linux Performance Optimization: Tools and Techniques