The Ultimate Hands-On Cybersecurity Bundle

This book takes you on a structured journey through the complete offensive security lifecycle, from foundational Linux and networking concepts to advanced exploitation techniques and professional reporting. Using Kali Linux as your primary platform, you will learn the theory behind every attack vector, the methodology for systematic assessment, and the practical skills needed to conduct authorized penetration tests. Every chapter builds upon previous material, ensuring that complex topics are grounded in solid fundamentals. The emphasis throughout is on ethical practice, defensive understanding, and responsible disclosure within legal, controlled environments.

This book provides a comprehensive, technically rigorous treatment of memory corruption vulnerabilities, from the CPU architecture foundations that make them possible to the advanced exploitation techniques and modern defenses that define today's security landscape. Beginning with computer memory architecture, process layout, and assembly language fundamentals, it progresses through stack-based and heap-based buffer overflows, use-after-free, format string vulnerabilities, and related memory corruption bugs. The book covers exploit development concepts including shellcode, return-oriented programming, jump-oriented programming, and information leaks across both Windows and Linux platforms. Modern mitigations such as DEP/NX, ASLR, stack canaries, Intel CET, ARM PAC, and Control Flow Integrity are examined in depth, along with the ongoing arms race between exploitation research and defense mechanisms. The final chapters address vulnerability research methodologies, fuzzing, secure coding practices, and incident response. This book is intended for security professionals, reverse engineers, vulnerability researchers, and advanced students who want to understand memory corruption at the deepest level for defensive purposes. All techniques described are presented in the context of ethical security research and responsible disclosure.

This book delivers a deep technical exploration of advanced web application attack vectors across modern application architectures. Moving far beyond introductory concepts, it examines sophisticated exploitation techniques including injection attacks, authentication bypasses, client-side vulnerabilities, Server-Side Request Forgery (SSRF), insecure deserialization, API security testing, business logic abuse, web cache poisoning, HTTP request smuggling, cloud-native security weaknesses, evasion methods, exploit chaining, and emerging attack trends.

New in the 2026 Edition

This fully updated edition includes extensive new coverage of the latest research, vulnerabilities, and real-world attack techniques:

• React2Shell (CVE-2025-55182) — Analysis of the critical React Server Components remote code execution vulnerability and its exploitation by state-sponsored threat actors.
• WAFFLED — Advanced Web Application Firewall (WAF) bypass techniques leveraging parsing discrepancies uncovered through black-box fuzzing research.
• HTTP/3 and QUIC Security — Coverage of emerging attack vectors including QUIC-er Races, Single Datagram Attacks, TOCTOU race conditions, and the QUIC-LEAK vulnerability.
• OAuth 2.1 Security Pitfalls — Device code phishing attacks (Storm-2372), consent phishing, cross-application attacks, domain resurrection, and DPoP implementation flaws.
• AI and ML-Powered Web Attacks — Prompt injection, AI-assisted reconnaissance, deepfake-enabled social engineering, LLMjacking, and attacks targeting Model Context Protocol (MCP) servers.
• WebAssembly Security — Memory safety issues, WASM-to-JavaScript binding exploitation, sandbox escape considerations, and side-channel attack techniques.
• IoT Web API Security — MQTT and CoAP vulnerabilities, DDoS amplification vectors, and attacks with real-world physical security implications.
• Software Supply Chain Attacks — npm and PyPI package compromise techniques, dependency confusion, model poisoning, and attacks targeting machine learning ecosystems such as Hugging Face.

Written for intermediate to advanced security professionals, this guide equips penetration testers, application security engineers, security researchers, and developers with the knowledge and practical methodologies required to identify, assess, exploit, and defend against the evolving threats facing modern web applications.

This book teaches how modern attacks work at the level where they actually happen: in memory, on the stack, inside the kernel. It is written for security engineers, penetration testers, malware analysts, and advanced students who already know C and want a rigorous, code-first understanding of exploitation and malware engineering. Each chapter pairs offensive techniques with defensive countermeasures. All examples are intended for isolated, legal, ethical use in a controlled lab environment.

This book explores how Zig, a modern systems programming language focused on zero-cost abstractions, compile-time metaprogramming, explicit memory management, and seamless C interoperability, can be applied across a wide range of cybersecurity disciplines. Topics include exploit development, reverse engineering, network security tooling, red team tradecraft, kernel instrumentation, malware analysis, and defensive security engineering.

The chapters progress from core language concepts to increasingly advanced security applications, combining practical explanations with real-world examples, case studies, and hands-on projects. Along the way, readers will learn how Zig's emphasis on performance, predictability, and low-level control makes it a strong fit for security-focused development.

The book takes an ethical and educational approach throughout. The goal is to understand modern threats and defensive techniques by building and studying the tools used to analyze, detect, and respond to security challenges.

This book teaches intermediate to advanced developers and security practitioners how to use Ruby for offensive cybersecurity work. You will learn to build professional-grade penetration testing tools, network scanners, protocol analyzers, fuzzers, packet processors, binary parsers, and exploit frameworks in controlled laboratory environments. Every chapter provides production-quality, fully functional code that runs in isolated labs, with thorough explanations of mechanisms, tradeoffs, and real-world applicability. Ethical considerations and legal boundaries are woven throughout. By the end, you will understand not only how to build offensive security tooling in Ruby, but also how defenders detect and mitigate these techniques, making you a more effective security professional regardless of which side of the keyboard you sit on.

This is a comprehensive, production-quality guide to two of the most important tools in binary analysis: the Capstone disassembler engine and the Keystone assembler engine. Written for readers ranging from curious beginners to seasoned reverse engineers, it covers theoretical foundations, practical implementation, API usage across multiple programming languages, and real-world applications including malware analysis, exploit development, compiler tooling, and automated binary rewriting. Every chapter includes complete, executable source code examples in C, Python, Rust, Go, Java, and C#, along with case studies, architecture diagrams, comparison tables, best practices, and troubleshooting guidance. By the end of this book, you will be able to build your own disassemblers, assemblers, binary patchers, shellcode analyzers, and reverse engineering automation tools from scratch.

Reverse engineering is the art of understanding software from the inside out. Whether you are a security researcher hunting vulnerabilities, a developer debugging compiled code, or simply someone who wants to understand what really happens when a program runs, this book takes you on a complete journey from fundamental computer science concepts to expert-level binary analysis techniques. Every chapter builds systematically on the last, covering CPU architecture, assembly language, executable formats, static and dynamic analysis tools, malware analysis, mobile reverse engineering, firmware examination, network protocol analysis, obfuscation bypass, symbolic execution, fuzzing, and the emerging role of artificial intelligence in binary analysis. By the time you finish, you will have the knowledge, tooling expertise, and practical experience to deconstruct any binary with confidence.

This book is a practical guide for security professionals who want to integrate large language models and AI-powered tools into their vulnerability research workflows. It covers how to use AI with platforms like IDA Pro, Ghidra, Binary Ninja, Burp Suite, debuggers, fuzzers, and MCP-enabled tooling to analyze code, automate repetitive tasks, identify vulnerabilities, generate proof-of-concept exploits, and streamline exploit development pipelines. Through real-world case studies, hands-on examples, and offensive security exercises, readers learn how to combine human expertise with AI assistance to improve efficiency across binary analysis, web application testing, malware research, and vulnerability discovery, while understanding the limitations, validation requirements, and operational security considerations of AI-generated results. Designed for exploit developers, penetration testers, reverse engineers, red team operators, and security researchers.

This book is a comprehensive, expert-level reference on mobile application security. It covers Android, iOS, and cross-platform ecosystems from fundamentals through advanced offensive and defensive techniques. You will find detailed chapters on reverse engineering, malware analysis, penetration testing, runtime instrumentation, secure coding, cryptography, compliance, incident response, and real-world case studies. Each chapter includes hands-on labs with real tools including Frida, JADX, Ghidra, Burp Suite, MobSF, Drozer, ADB, Hopper, IDA Pro, Radare2, mitmproxy, Wireshark, and many more. Whether you are a developer seeking to secure your apps, a security engineer building defense strategies, or a penetration tester sharpening your skills, this book provides the technical depth and practical guidance you need.