Books

Reverse engineering gets a powerful upgrade with Claude Code. Learn how to investigate, understand and reconstruct software you’re authorized to analyze, while keeping evidence, accuracy and reproducibility at the center. From legacy systems to modern codebases, this book turns AI into a practical partner for serious software analysis.

AI-generated code can look flawless while hiding invented APIs, security gaps and subtle logic errors. This practical guide shows you how to build production-ready analyzers that catch what tests miss, from taint tracking and symbolic execution to custom rules for CI/CD and IDEs.

What really happens inside a database file? Learn to read binary data like a map, uncover hidden structures and turn raw bytes into a working understanding of how storage engines work. With hands-on examples from SQLite, PostgreSQL, InnoDB and more, this book shows you how to reverse engineer unfamiliar formats from the ground up.

Learn how DDoS and DrDoS attacks overwhelm servers, networks, and online services and how defenders can detect, mitigate, and respond to them.This book covers attack types, reflection and amplification techniques, traffic analysis, monitoring, mitigation methods, security tools, incident response, and practical steps for improving network resilience.A focused guide for anyone who wants to understand DDoS threats and build stronger defenses.

Learn how expert penetration testers find what scanners miss. This practical guide takes you from the foundations of offensive security to advanced assessment techniques, teaching you how to uncover, validate and chain weaknesses then turn technical findings into clear, useful results.

Master AOSP system internals, enterprise device-farm automation, and forensic data extraction layers across 80 professional chapters.

Some bugs refuse to die. They hide for years, disappear when you look for them and surface only when the conditions are just wrong. Debugging the Impossible shows you how to hunt them down systematically, uncover what is really happening and fix the root cause for good, using practical techniques, runnable code and lessons from real-world failures.

Get inside running software and see what it’s really doing. Mastering Frida takes you from your first hook to building serious instrumentation tools for Windows, Linux, macOS, Android and iOS. Learn how Frida works under the hood, where platforms differ and how to use its power without getting burned.

Detection keeps getting smarter. So do the systems built to avoid it. Evasion Engineering explores the techniques, architectures and design principles behind stealth in modern computing, from operating systems and networks to cloud environments and machine learning. A practical deep dive for security professionals who want to understand how advanced evasion really works.

Build a world-class technical publishing brand with this complete guide to designing, structuring, and publishing professional Tech Capsules. Learn proven layouts, visual identity, content architecture, publishing workflows, and best practices used to create high-quality technical micro-books that readers lov

メモリ破損は、依然としてソフトウェアの脆弱性の中でも最も重大な分類の一つです。本書では、メモリ破損の基礎から、現代のエクスプロイト技術、それらを防ぐために設計された防御機構までを包括的に取り上げ、セキュリティ専門家や研究者がこれらの脆弱性の仕組みを深く理解し、効果的な対策を講じるための知識を提供します。

Speicherkorruption zählt zu den schwerwiegendsten Klassen von Softwareschwachstellen. Dieses Buch vermittelt die Grundlagen, moderne Exploitation-Techniken und wirksame Schutzmaßnahmen und richtet sich an IT-Sicherheitsexperten sowie Schwachstellenforscher.

메모리 손상(Memory Corruption)은 여전히 가장 심각한 소프트웨어 취약점 유형 중 하나입니다. 이 책은 메모리 손상의 기초 개념, 최신 익스플로잇 기법, 그리고 이를 방어하기 위해 설계된 다양한 방어 메커니즘을 살펴보며, 보안 전문가와 연구자들이 이러한 취약점이 어떻게 동작하는지 깊이 이해하고 이를 효과적으로 완화하는 방법을 익힐 수 있도록 돕습니다.

Discover how software works beneath the surface with The Reverse Engineering Handbook. From assembly language and debugging to malware analysis, firmware, and AI-assisted techniques, this practical guide takes you from beginner to expert in understanding and deconstructing compiled software.

Memory corruption remains one of the most significant classes of software vulnerabilities. This book explores the foundations of memory corruption, modern exploitation techniques, and the defenses designed to stop them, providing security professionals and researchers with a deep understanding of how these vulnerabilities work and how to mitigate them effectively.