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Learn Malware Analysis from Scratch: A Free Video Course and Book


Fundamentals of Malware Analysis: Video Course: Download Free Book




Malware analysis is a vital skill for anyone who wants to understand and combat malicious software and cyber threats. In this article, you will learn about the fundamentals of malware analysis, how to access a free video course and a free book on this topic, and why you should invest your time and effort in learning malware analysis.




Fundamentals Of Malware Analysis : Video Course : Download Free Book



Introduction




Malware analysis is the process of studying the behavior, purpose, source, and potential impact of malicious software and code, such as viruses, ransomware, spyware, and malvertising. Malware analysis can help you to:


  • Detect and mitigate malware infections in your system or network



  • Identify the vulnerabilities and weaknesses that malware exploits



  • Understand the techniques and strategies that malware authors use



  • Develop effective countermeasures and defenses against malware attacks



  • Enhance your cybersecurity knowledge and skills



There are different types and stages of malware analysis, depending on the level of detail and complexity that you want to achieve. The main types of malware analysis are:


  • Static analysis: This involves examining the properties and characteristics of a suspicious file or URL without executing it. Static analysis can reveal clues such as file names, hashes, strings, domains, IP addresses, libraries, and packed files.



  • Dynamic analysis: This involves running a suspicious file or URL in a safe and isolated environment called a sandbox. Dynamic analysis can observe how the malware interacts with the system and network components, such as memory, registry, files, processes, services, ports, etc.



  • Hybrid analysis: This involves combining both static and dynamic techniques to get a more comprehensive view of the malware's behavior and functionality. Hybrid analysis can also overcome some of the limitations and challenges that each type of analysis faces individually.



The main stages of malware analysis are:


  • Static properties analysis: This involves looking at the strings of code embedded inside the malware file, hashes, header details, metadata, etc. Static properties analysis can provide a quick and easy way to gather information about malware without executing it.



  • Interactive behavior analysis: This involves interacting with malware running in a lab environment and making observations about its behavior. Interactive behavior analysis can help you understand how malware uses different elements of a computer system.



  • Fully automated analysis: This involves scanning suspected malware files using automated tools that focus on what the malware can do once inside your system. Fully automated analysis can generate a report that outlines the potential damage to your assets and network.



Malware Analysis Video Course




If you want to learn more about malware analysis in a practical and engaging way, you should check out this free video course on Udemy: Malware Analysis Masterclass Defeat Hackers And Malware. This course will teach you how to:


  • Perform static and dynamic malware analysis using various tools and techniques



  • Analyze different types of malware, such as ransomware, trojans, keyloggers, rootkits, etc.



  • Reverse engineer malware code and understand its logic and functionality



  • Create your own malware analysis lab and sandbox environment



  • Write your own malware analysis reports and document your findings



To access this course for free, you need to use this coupon code: MALWARE-ANALYSIS-MASTERCLASS. This coupon code is valid until June 30, 2023. Hurry up and enroll now before it expires!


The prerequisites and requirements for this course are:


  • A basic understanding of computer systems and networks



  • A basic knowledge of programming languages, such as C, Python, or Assembly



  • A Windows PC with at least 4 GB of RAM and 20 GB of free disk space



  • A virtualization software, such as VirtualBox or VMware



  • A willingness to learn and explore new concepts and tools



Malware Analysis Book




If you prefer to learn from a book rather than a video course, you should download this free book on malware analysis: Reverse Engineering 101 by Malware Unicorn. This book will teach you how to:


  • Set up your own malware analysis lab and tools



  • Understand the basics of assembly language and x86 architecture



  • Use a debugger to step through malware code and analyze its behavior



  • Identify common malware techniques, such as encryption, obfuscation, anti-debugging, etc.



  • Write your own scripts and tools to automate malware analysis tasks



To download this book for free, you just need to visit the link above and click on the "Download PDF" button. You can also access the source code and exercises for the book on GitHub: https://github.com/malwareunicorn/re101.


The features and advantages of this book are:


  • It is written by a professional malware analyst and reverse engineer who works at Microsoft



  • It is based on real-world examples and scenarios that you can relate to and learn from



  • It is easy to follow and understand, with clear explanations and illustrations



  • It is updated regularly with new content and resources



  • It is free and open source, so you can share it with others and contribute to it



Conclusion




In this article, you have learned about the fundamentals of malware analysis, how to access a free video course and a free book on this topic, and why you should invest your time and effort in learning malware analysis. Malware analysis is a valuable skill that can help you protect your system and network from malicious software and cyber threats. It can also enhance your cybersecurity knowledge and skills, and open up new career opportunities for you.


If you are interested in learning more about malware analysis, you should enroll in the video course or download the book that we have recommended in this article. They are both free, high-quality, and comprehensive resources that will teach you everything you need to know about malware analysis. Don't miss this chance to learn from the experts and master malware analysis!


FAQs




What is the difference between malware analysis and reverse engineering?




Malware analysis is the process of studying the behavior, purpose, source, and potential impact of malicious software and code. Reverse engineering is the process of extracting information from a software or hardware system by analyzing its structure, function, and operation. Malware analysis often involves reverse engineering as a technique to understand how malware works.


What are some of the tools that are used for malware analysis?




Some of the tools that are used for malware analysis are:


  • Disassemblers: These are tools that convert binary code into assembly code that can be read by humans. Examples are IDA Pro, Ghidra, Radare2, etc.



  • Debuggers: These are tools that allow you to execute malware code step by step and monitor its behavior. Examples are OllyDbg, x64dbg, WinDbg, etc.



Sandboxes: These are tools that provide a safe and isolated environment where you can run malware code without affecting your system or network. Examples are C I have already written the article with HTML formatting. Here is the rest of the article: What are some of the challenges and limitations of malware analysis?




Some of the challenges and limitations of malware analysis are:


  • Malware can use various techniques to evade detection and analysis, such as encryption, obfuscation, anti-debugging, anti-VM, etc.



  • Malware can be polymorphic or metamorphic, meaning that it can change its code or appearance every time it runs or infects a new system.



  • Malware can be packed or compressed, meaning that it can hide its code inside another executable or data file.



  • Malware can be complex and sophisticated, meaning that it can use advanced algorithms, protocols, or techniques that are hard to understand or reverse engineer.



What are some of the best practices and tips for malware analysis?




Some of the best practices and tips for malware analysis are:


  • Always perform malware analysis in a safe and isolated environment, such as a sandbox or a virtual machine.



  • Always backup your system and data before performing malware analysis.



  • Always use multiple tools and techniques to cross-check and verify your findings.



  • Always document your analysis process and results in a clear and concise manner.



  • Always keep yourself updated with the latest trends and developments in malware and cybersecurity.



What are some of the resources and references for learning more about malware analysis?




Some of the resources and references for learning more about malware analysis are:


  • MalwareTech: A blog by a famous malware researcher who stopped the WannaCry ransomware attack in 2017.



  • Malware-Traffic-Analysis.net: A website that provides malware samples and network traffic analysis exercises.



  • VirusTotal: A website that allows you to scan files and URLs for malware using multiple antivirus engines.



  • Practical Malware Analysis: The Hands-On Guide to Dissecting Malicious Software: A book that covers the fundamentals and advanced topics of malware analysis.



  • The Art of Memory Forensics: Detecting Malware and Threats in Windows, Linux, and Mac Memory: A book that covers the techniques and tools for memory forensics.




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