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Cybersecurity Deconstructed

Advanced Techniques and Internals

This book is 100% completeLast updated on 2026-07-11
Steve T. Publications
Go beyond abstractions and master the core technical realities of modern cybersecurity. Deconstruct advanced network evasion and EDR bypass techniques, dissect sophisticated post-exploitation and cloud attack vectors, and analyze cryptographic failures and malware at their roots. This deep dive into internals equips practitioners with the crucial understanding needed to elevate both offensive and…

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About the Book

Go Beyond the Surface: Master Cybersecurity Internals

Are you tired of cybersecurity explanations that barely scratch the surface? In a world of sophisticated APTs, complex cloud environments, and elusive fileless malware, a fundamental, deep technical understanding isn't just an advantage—it's a necessity. Cybersecurity Deconstructed plunges into the critical internals, moving beyond abstractions to reveal the underlying mechanics of modern attacks and defenses.

This book is your guide to deconstructing the core components of cybersecurity. You'll dissect advanced TCP/IP manipulation and evasion tactics, explore EDR internals and bypass techniques, master sophisticated post-exploitation methods (including LSASS dumping nuances, Kerberoasting, and lateral movement), navigate AWS/Azure security pitfalls, understand practical cryptographic failures, and learn the essentials of memory forensics and reverse engineering.

Written for practitioners and advanced learners—including penetration testers, red teamers, incident responders, security engineers, and architects—this book assumes you have the fundamentals down and are ready for a deep dive. You won't just learn what tools do; you'll understand how they work, why attacks succeed, and how defenses can be circumvented or hardened at a fundamental level. Equip yourself with the resilient, adaptable knowledge needed to tackle the most complex cybersecurity challenges.

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About the Author

Steve T. Publications

Steve T. is an 18-year veteran of the cybersecurity front lines. His extensive hands-on experience spans the intricate technical domains covered in this book, from dissecting network protocols and reverse-engineering malware to navigating complex cloud security architectures and responding to sophisticated intrusions. Steve's passion lies in understanding how systems truly work and why attacks succeed at a fundamental level. He wrote Cybersecurity Deconstructed to share the deep, practical insights often missing in high-level discussions, empowering fellow practitioners to move beyond surface-level knowledge and achieve true technical mastery.

Contents

Table of Contents

A Deep Technical Guide to Modern Cyber Operations

  1. Beyond Surface-Level Security Awareness into the Technical Mechanics That Underpin Modern Cybersecurity

Introduction

  1. The Need for Deep Technical Understanding
  2. Target Audience and Prerequisites
  3. Scope and Limitations
  4. How to Use This Book
  5. Disclaimer: Ethical Use Only

Chapter 1: Advanced Network Traffic Analysis & Evasion

  1. Deep Dive into TCP/IP: Header Manipulation and Obscure Flags
  2. Protocol Tunneling Techniques: Implementation Details
  3. Advanced Packet Crafting with Scapy/Custom Tools
  4. IDS/IPS Evasion Techniques
  5. Deep Packet Inspection (DPI) Bypassing Strategies
  6. Analyzing Encrypted Traffic Patterns (TLS Handshake Analysis, JA3/JA3S)
  7. Network Flow Analysis (NetFlow/IPFIX) for Anomaly Detection
  8. JA4 and JA4+: The Successor to JA3
  9. Chapter Summary

Chapter 2: Modern Endpoint Detection & Response (EDR) Internals & Bypass

  1. Understanding EDR Telemetry: The Data Sources
  2. Common EDR Detection Mechanisms (Illustrative Examples)
  3. Direct Syscalls and Unhooking
  4. Evading Behavioral Analysis
  5. AMSI (Antimalware Scan Interface) Internals and Bypass
  6. Analyzing EDR Logs and Artifacts
  7. EDR Evasion as a Service: The Commoditization of Evasion Techniques
  8. The HookChain Technique: Exploiting the Subsystem Layer Gap
  9. Linux EDR Evasion: The io_uring Gap
  10. The Akira Webcam Pivot: IoT as an EDR Bypass Vector
  11. EDR Detection and Prevention: The Defense-in-Depth Checklist
  12. The Role of Memory Forensics
  13. Chapter Summary

Chapter 3: Applied Offensive Techniques: Post-Exploitation Deep Dive

  1. Advanced Credential Harvesting: Access Beyond the Initial Foothold
  2. Living-off-the-Land (LotL): Using What’s Already There
  3. Windows Lateral Movement Techniques: Spreading Through the Network
  4. Linux Lateral Movement
  5. Command and Control (C2) Framework Internals
  6. Data Exfiltration Techniques: Getting the Goods Out
  7. Chapter Summary

Chapter 4: Cloud Security Architecture & Exploitation (AWS/Azure/GCP)

  1. Introduction to Cloud Security Challenges
  2. IAM Deep Dive: The Cornerstone of Cloud Security
  3. VPC/VNet Security Internals: Network Controls in the Cloud
  4. Serverless (Lambda/Functions) Security: New Execution Models, New Risks
  5. Container Security in the Cloud (ECS/EKS, AKS)
  6. Cloud Storage Security Pitfalls (S3/Blob)
  7. Cloud Auditing and Logging: Visibility is Key
  8. Cloud Security Statistics and Real-World Impact
  9. Kubernetes Security: Critical CVEs (2024–2025)
  10. Chapter Summary

Chapter 5: Practical Cryptography & Implementation Failures

  1. TLS/SSL Deep Dive: Handshake Mechanics, Cipher Suites, and Security Evolution
  2. Cryptographic Implementation Failures: When Math Meets Reality
  3. Key Management: The Weakest Link
  4. Post-Quantum Cryptography: The Migration Challenge
  5. NIST Post-Quantum Standards (Expanded)
  6. Enterprise PQC Deployment Reality
  7. Secure Protocols Beyond TLS
  8. Chapter Summary

Chapter 6: Technical Incident Response & Memory Forensics

  1. The Incident Response Lifecycle: Technical Actions
  2. Volatile Data Collection: Acquiring Memory Dumps
  3. Memory Analysis with Volatility 3
  4. Filesystem Forensics and Timeline Analysis
  5. Rootkit Detection at the Hypervisor Level
  6. Automated Incident Response and SOAR Integration
  7. Chapter Summary

Chapter 7: Reverse Engineering & Malware Analysis Fundamentals

  1. Static Analysis: Disassembly and Decompilation
  2. Dynamic Analysis: Debugging and Runtime Observation
  3. Common Malware Techniques
  4. Assembly Language Primer: ARM/AArch64
  5. YARA Rule Creation for Threat Hunting
  6. AI-Assisted Reverse Engineering: The MCP Revolution
  7. Malware Family Classification and Attribution
  8. Chapter Summary

Chapter 8: Software Supply Chain Security

  1. The Anatomy of Supply Chain Attacks
  2. Case Study: SolarWinds SUNBURST
  3. Case Study: xz Utils Backdoor (CVE-2024-3094)
  4. Software Bill of Materials (SBOM)
  5. Dependency Confusion Attacks
  6. Secure Build Practices
  7. Supply Chain Attack Statistics: 2024–2025
  8. Chapter Summary

Chapter 9: AI and Machine Learning in Cybersecurity

  1. Adversarial Machine Learning: Attacks on ML Models
  2. ML for Threat Detection
  3. LLM Security: Prompt Injection and Beyond
  4. Defensive ML Applications
  5. Chapter Summary

Chapter 10: Threat Intelligence and Adversary Emulation

  1. The Threat Intelligence Lifecycle
  2. MITRE ATT&CK: The Adversary Behavior Framework
  3. D3FEND: The Defensive Counterpart
  4. STIX/TAXII: Standardized Threat Intelligence Sharing
  5. Threat Actor Profiles
  6. Purple Team Adversary Emulation
  7. Chapter Summary

Chapter 11: IoT and OT Security

  1. IoT Device Security: Firmware Analysis and Hardware Interfaces
  2. Wireless Protocol Vulnerabilities
  3. OT/ICS Security: SCADA Systems and Safety Instrumented Systems
  4. Case Study: Mirai Botnet
  5. Case Study: Triton/Trisis
  6. Chapter Summary

Chapter 12: Mobile Security

  1. Android Security Model
  2. iOS Security Model
  3. Mobile Malware Techniques
  4. Reverse Engineering Mobile Apps
  5. Mobile Network Attacks
  6. Case Study: Pegasus Spyware (NSO Group) and Legal Developments
  7. Chapter Summary

Chapter 13: Application Security & DevSecOps

  1. OWASP Top 10:2025, The Current Standard
  2. Secure SDLC Integration
  3. API Security
  4. Container Application Security
  5. Case Study: Twitter/X API Abuse
  6. Chapter Summary

Chapter 14: Zero Trust Architecture & Identity-Centric Security

  1. Zero Trust Principles
  2. Core Components: Policy Engine, PA, and PE
  3. Microsegmentation
  4. Identity as the Perimeter
  5. Continuous Verification and Adaptive Authentication
  6. Case Study: Okta Breach (October 2023)
  7. Zero Trust Adoption Statistics (2025)
  8. Implementation Challenges
  9. Chapter Summary

Chapter 15: Privacy Engineering & Data Protection

  1. Privacy by Design Principles
  2. Differential Privacy
  3. Privacy-Enhancing Technologies (PETs)
  4. Federated Learning with Homomorphic Encryption
  5. Anonymization and Re-identification Risks
  6. Regulatory Frameworks
  7. Chapter Summary

Conclusion: The Evolving Landscape of Cybersecurity Mastery

  1. Surface-Level Security Is No Longer Enough
  2. The Interconnected Nature of Cybersecurity
  3. The Pace of Change and the Need for Continuous Learning
  4. The Responsibility of Knowledge
  5. The Path Forward
  6. Ethical Note

References

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