Malware Analysis & Reverse Engineering

Malware Analysis & Reverse Engineering are crucial practices in cybersecurity aimed at understanding malicious software and its behavior. Here’s a brief overview of each: Malware Analysis Definition: Malware analysis is the process of examining malicious software to understand its functionality, purpose, and impact on systems. Types: Static Analysis: Involves examining the malware without executing it. This includes analyzing the code, file structure, and any embedded resources to determine its behavior and potential vulnerabilities. Dynamic Analysis: Involves executing the malware in a controlled environment (like a sandbox) to observe its behavior in real time, including network activity, system changes, and interactions with other software. Objectives: Identify the malware’s origin and purpose. Determine the vulnerabilities it exploits. Develop strategies for detection and prevention. Reverse Engineering Definition: Reverse engineering is the process of deconstructing software (including malware) to understand its design and functionality, often by analyzing the compiled code. Process: Disassembling or decompiling the code to analyze its structure.

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Malware Analysis & Reverse Engineering :

Malware Analysis Training

These days every computer suffers a Trojan, backdoor, virus, or rootkit. Incident responders must be able to perform rapid analysis on the malware encountered in an effort to cure current infections and prevent future ones. This course provides a quick introduction to the tools and methodologies used to perform malware analysis on executable found on Windows systems. Students will learn how to extract host and network-based indicators from a malicious program using dynamic and static analysis techniques. They will learn the basics of how to find the functionality of a program by analyzing dis-assembly and by watching how it modifies a system as it runs in a debugger.
Malware analysis is the study or process of determining the functionality, origin and potential impact of a given malware sample such as a virus, worm, trojan horse, rootkit, or backdoor.
This is software that is specifically designed to gain access or damage a computer without the knowledge of the owner. There are various types of malware including spyware, keyloggers, true viruses, worms, or any type of malicious code that infiltrates a computer.

General knowledge of computer and operating system fundamentals is required. Some exposure to software development and experience in assembly and C programming languages is recommended.

Scope : –

Job of a Malware Analyst and Reverse Engineer

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Reverse Engineering

Reverse engineering, in computer programming, is a technique used to analyze software in order to identify and understand the parts it is composed of. The usual reasons for reverse engineering a piece of software are to recreate the program, to build something similar to it, to exploit its weaknesses or strengthen its defenses. Reverse Engineering Training

Benefits of this Course

This course benefits you if you are an antivirus researcher, software developer, software tester, malware researcher or malware analyst & computer forensics expert.

Scope

Job of a Reverse Engineer in Big Antivirus making Companies like Avast,Quick Heal,AVG Antivirus & many more

Preferred Tools: Interactive Disassembler Professional, Olly Debugger/Immunity
Debugger, Debugging Tools for Windows, Visual Studio Debugger, ILASM,
ILDASM, IL Spy, .NET Reflector, Dot Peek
Preferred Platform: Microsoft Windows 7 Home Premium or better
Alternative Tools: Gnome Debugger, Nemiver/DDD, Intel Debugger
Alternative Platform: LINUX 3.8.x or better
Architecture: x86, AMD64
Prerequisites: Knowledge of Assembly programming and .NET Programming

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