Malicious software, or malware, is typically delivered over a network and is designed to cause disruption to a computer, client, server, or network. Disruptions can include leaked private information, unauthorized access to information or systems, blocked user access, interference with security and privacy, or numerous other variations of attacking systems.
Malware analysis dissects malware to gather information about the malware functionality, how the system was compromised so that you can defend against future attacks.
Assembly is a low-level language that is used to communicate with the machine. Assembly programming is writing human-readable machine codes or machine instructions that are directly read by the computer. All high-level languages compiled programs like C or C++ can be broken down, analyzed, and understood using Assembly language with the help of a debugger. This process is known as reverse engineering. Understanding what an executable program does is easy if you have direct access to the source code. But if not, such as the case with malware, learning Assembly can be helpful.
Then you will learn the fundamentals of Assembly language, basic Win32 Assembly programming concepts, and how Reverse Engineers use Assembly to analyze malware.
What you will learn
Malware analysis overview and process
In this module, you will learn about malware analysis and the process.
Virtual Machine Setup
In this module, you will be given guidance on how to create a testing VM in your own environment, which will provide a safe self-contained system in which to analyze sample files.
Static and Dynamic analysis
In this module, you will learn about and set up static and dynamic analysis
Manual code reversing
In this module, you will learn about and perform manual code reversing.