Books Reverse Engineering for Beginners
In this article, I’m going to show you some reverse engineering books for beginners from some of the most popular reverse engineering books. You can suggest where you know.
Reverse engineering analyzes and understands hardware or software without access to source code or design documents. Hackers can reverse engineer systems and exploit what they find with scary results. Now, the good ones can counteract these threats with the same tools. Practical Reverse Engineering Under the guise of reverse engineering, security analysts, security engineers and system programmers learn to use the same processes to stop hackers.
The book covers x86, x64 and ARM (the first book to cover all three). Rootkits and code drivers in Windows kernel mode; Virtual Machine Protection Techniques; and much more. Better still, it offers a systematic approach to the material with many practical exercises and practical examples.
Provides a systematic approach to understanding reverse engineering using hands-on exercises and practical examples
Includes advanced x86, x64, and RISC (ARM) machine architectures, as well as techniques for deobfuscating and protecting virtual machines
Provides a special description of the Windows kernel-mode code (rootkits / drivers), a topic rarely discussed elsewhere, and explains step-by-step how to parse the drivers.
Demystifies subjects with a steep learning curve
Includes a bonus chapter on reverse engineering tools
Practical reverse engineering: The use of x86, x64, ARM, Windows kernel tools and inversion tools is an important and up-to-date guide for many IT professionals.
Start with a basic introduction to reverse engineering (including internal computer components, operating systems, and assembly language) and discuss the various aspects.
In this book, readers are introduced to practical and detailed techniques of software reverse engineering. The book is divided into two parts: the first deals with safety-related reverse engineering and the second with the more practical aspects of reverse engineering. In addition, the author explains how to reverse engineer a library of third-party software to improve the interface and reverse engineer a competitor’s software to create a more efficient product.
* The first popular book to show how reverse engineering software can help guard against security threats, accelerate development and uncover the secrets of competing products.
* Helps developers address security vulnerabilities by showing users how hackers use reverse engineering techniques to crack copy protection systems and identify software targets used against viruses and other malware.
* Provides an introduction to advanced reverse engineering, reverse engineering of disassembly code and decryption of assembly language.
Malware analysis is a big deal and attacks can be very expensive for a company. If malware violates your defenses, you must act quickly to fix current infections and prevent future infections.
For those who want to get a head start on the latest malware, Practical Malware Analysis offers an introduction to the tools and techniques used by professional analysts. With this manual as a guide, you can safely analyze, debug and disassemble any malicious software that may be blocking you.
You will learn to:
Configure a secure virtual environment to scan for malware
Quickly extract network signatures and host-based flags
Use key analysis tools such as IDA Pro, OllyDbg and WinDbg
Overcome malware tips such as obfuscation, anti-disassembly, anti-debugging and virtual machine techniques
Use your new knowledge of Windows internal components for malware analysis
Develop a method for decompressing malware and gain hands-on experience with five of the leading packagers
Analyze specific malware cases using shellcode, C ++ and 64-bit codes
Practical exercises throughout the book encourage you to practice and synthesize your skills when preparing real malware samples. On the pages with detailed specimens, you can look over the shoulder as the pros do. You’ll learn how to destroy malware to see how it works, the damage it has done, clean up your network thoroughly, and make sure malware never reappears.
Malware analysis is a game of cat and mouse with rules in constant evolution. So make sure you have the basics. Whether you need to back up one or more thousands of networks or make a living as a malware analyst, the handy malware analysis has everything you need to succeed.
Malware analysis and memory forensics are powerful analysis and investigation techniques used in reverse engineering, digital forensics and incident response. As adversaries become more sophisticated and carry out advanced malware attacks on critical infrastructures, data centers, and public and private organizations, it is critical for IT security professionals to identify, intervene, and to study such intrusions. Malware analysis and forensic investigation of storage are essential to combat advanced malware, targeted attacks and security breaches.
In this book, you will learn the concepts, techniques, and tools to understand the behavior and properties of malware by using malware analysis. You will also learn the techniques you can use to use forensic forensic investigation to analyze and detect malware.
This book will introduce you to the basics of malware analysis and introduce you step-by-step to the more advanced concepts of code scanning and forensic storage investigation. It uses examples of real-world malware, infected storage images, and visual graphics to help you better understand the subject and provide you with the functionality to analyze, investigate, and respond to malware-related incidents.
What you will learn
Create a safe and isolated lab environment for malware analysis
Extract malware metadata
Determine the malware’s interaction with the system
Perform code analysis with IDA Pro and x64dbg
Reverse engineering of various malware features
Reverse engineering and decoding of common coding / encryption algorithms
Perform various injection and code snapping techniques
Find and detect malware using forensic storage investigations.
Who is this book addressed to
This book is for helpers, cybersecurity investigators, system administrators, malware analysts, forensic experts, students, or curious security professionals looking to tackle malware analysis and the forensics of storage. Knowledge of programming languages such as C and Python is useful, but not required. If you have written a few lines of code and have a basic understanding of programming concepts, you can make the most of this book.
Introduction to malware analysis
Assembly language and initiation of disassembly
Dismantling with IDA
Debugging malicious binaries
Malware features and persistence
Code injection and snap
Obscuration techniques for malware
Malware Search with Judicial Memory
Detect advanced malware using Memory Forensics
With the increasing dependence on computers, the risk of malware increases. The security experts in this book find many solutions to the problems posed by viruses, Trojans, worms, spyware, rootkits, adware and other invasive software. Written by leading experts in malware, this guide contains solutions to many problems, as well as a DVD of custom programs and tools that illustrate concepts and improve your skills.
Security experts face a constant battle against malware. This handbook improves your analytical skills and offers dozens of innovative and valuable solutions
Includes malware classification, packaging and decompression, dynamic malware scanning, decoding and decryption, rootkit detection, storage scanning, open source malware scanning, and more.
Contains generous amounts of C, Python, and Perl source code to develop your favorite tools or create new ones, as well as custom programs on the DVD to illustrate solutions.
The malware analyst’s cookbook is essential for IT security administrators, incident responders, forensic experts, and malware researchers.
The second edition of the IDA Pro book, described as “deep, complete and accurate” by the IDA Pro inventor, covers everything from early stages to advanced automation techniques. You will find a full description of the new Qt-based IDA user interface and a detailed description of the IDA Debugger, Bochs debugger, and IDA script (especially using IDAPython). With users ever smarter than computers, you’ll even learn how to take advantage of IDA’s latest interactive and scriptable interfaces.
Save time and effort by learning:
Navigate, comment and change the disassembly
Identify known library routines to focus your analysis on other areas of the code.
Use code graphics to quickly understand cross-references and function calls
Expand IDA to support new processors and file types with the SDK.
Check out popular plug-ins that simplify IDA scripting, enable collaborative reverse engineering, and more.
Use the built-in IDA debugger to fix the enemy code and obfuscate
Whether you are analyzing malware, performing vulnerability scans, or using reverse engineering software, IDA control is critical to your success. Develop your skills with this second edition of the IDA Pro Book.
Books Reverse Engineering for Beginners