Dive into the fascinating and terrifying world of evasive malware - malicious software designed to avoid detection. The first of its kind, this thorough introduction is full of practical information, real-world examples, and cutting-edge techniques for discovering, reverse-engineering, and analysing state-of-the-art malware. Beginning with foundational knowledge about malware analysis in the context of the Windows OS, you'll learn about the evasive manoeuvres that malware programs use to determine whether they're being analysed and the tricks they employ to avoid detection. You'll explore the ways malware circumvents security controls, such as network or endpoint defence bypasses, anti-forensics techniques, and malware that deploys data and code obfuscation. At the end of the book, you'll build your very own anti-evasion analysis lab. You'll learn: Modern evasive malware threats, anti-analysis techniques used in malware, how malware bypasses and circumvents security controls, how malware uses victim targeting and profiling techniques, how malware uses anti-forensics and file-less techniques, how to perform malware analysis and reverse engineering on evasive programs.
Rezensionen / Stimmen
"A complete compendium of countermeasures used by malware to avoid detection, useful to anyone implementing defensive technologies."
-Ivan Kwiatkowski, Lead Threat Researcher at Harfang Lab
"Evasive Malware delivers an in-depth exploration of malware evasion tactics. Beyond catering to seasoned analysts, the author extends a helping hand to beginners, briefly covering fundamental skills to ensure the material is accessible and relevant to all. With included file hashes for hands-on learning, it's a must-have for anyone who needs to identify, investigate, and analyze modern malware."
-Anuj Soni, Malware Reverse Engineer; SANS Certified Instructor, author of SANS FOR710
"A friendly and up-to-date compendium of common techniques that malware can use to evade detection and make the analysis harder. Reading this book can help everyone who starts their adventure with malware analysis avoid a lot of confusion, and quickly recognize the common evasion patterns they are dealing with."
-Aleksandra "Hasherezade" Doniec, malware analyst and open source developer; author of PE-sieve memory scanner
"Malware analysts looking to expand their reverse engineering skills will learn many practical techniques from this book, [along with] insightful explanations of common ways in which malware evades detection and confuses analysts. . . If you're looking to continue your journey through the world of malware analysis, you'll find many learning opportunities in this delightful and technical read!"
-Lenny Zeltser, Faculty Fellow, SANS Institute
Sprache
Verlagsort
Zielgruppe
Produkt-Hinweis
Broschur/Paperback
Klebebindung
Maße
Höhe: 230 mm
Breite: 177 mm
Dicke: 29 mm
Gewicht
ISBN-13
978-1-7185-0326-7 (9781718503267)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Klassifikation
Kyle Cucci has over 17 years in cybersecurity and IT, including roles as a malware analyst and detection engineer with Proofpoint's Threat Research team and leader of the forensic investigations and malware research teams at Deutsche Bank. Cucci regularly speaks at security conferences and has led international trainings and workshops on topics such as malware analysis and security engineering. In his free time, Cucci enjoys contributing to the community via open source tooling, research, and blogging.
Introduction
Part I: The Fundamentals
Chapter 1: Windows Foundational Concepts
Chapter 2: A Crash Course in Malware Triage and Behavioral Analysis
Chapter 3: A Crash Course in Static and Dynamic Code Analysis
Part II: Context Awareness and Sandbox Evasion
Chapter 4: Enumerating Operating System Artifacts
Chapter 5: User Environment and Interaction Detection
Chapter 6: Enumerating Hardware and Network Configurations
Chapter 7: Runtime Environment and Virtual Processor Anomalies
Chapter 8: Evading Sandboxes and Disrupting Analysis
Part III: Anti-reversing
Chapter 9: Anti-disassembly
Chapter 10: Anti-debugging
Chapter 11: Covert Code Execution and Misdirection
Part IV: Defense Evasion
Chapter 12: Process Injection, Manipulation, and Hooking
Chapter 13: Evading Network and Endpoint Defenses
Chapter 14: An Introduction to Rootkits
Chapter 15: Fileless Malware and Anti-forensics
Part V: Other Topics
Chapter 16: Encoding and Encryption
Chapter 17: Packers and Unpacking Malware
Chapter 18: Tips for Building an Anti-evasion Analysis Lab
Appendix A: Evasion-Related Windows API Functions
Appendix B: Windows LOLbins and Example Usage
Appendix C: Further Reading
