About this book:

"Cybercrime Investigations: Digital Forensics and Threat Intelligence" provides a comprehensive guide to modern cybercrime detection, analysis, and prosecution. It begins by tracing the evolution of cybercrime from early hacking to sophisticated, globally coordinated threats such as ransomware, state‑sponsored APTs, and supply‑chain attacks, emphasizing the borderless nature of the internet and the challenges posed by emerging technologies like AI, quantum computing, and the metaverse. The book then lays the forensic foundations, covering evidence acquisition, preservation, chain of custody, and the differences between logical and physical imaging across Windows, Linux/macOS, mobile devices, and cloud environments, while stressing the importance of write‑blocking, hashing, and thorough documentation.

Building on these basics, the text delves into malware classification and analysis techniques—static, dynamic, reverse engineering, and sandboxing—before exploring network forensics, traffic analysis, and log correlation to reconstruct attack paths. Host‑based investigations detail Windows artifacts (registry, event logs, persistence mechanisms) and Linux/macOS specifics (file systems, logs, APFS/HFS+, Unified Logging). Mobile device forensics addresses acquisition methods, data extraction from iOS/Android, and challenges posed by encryption and proprietary systems. Cloud forensics shifts focus to API‑based evidence, shared responsibility models, and logging from services like AWS, Azure, and Google Cloud. Open‑Source Intelligence (OSINT) and Dark Web investigations are presented as vital proactive tools for gathering threat intelligence, identifying adversaries, and mapping illicit infrastructure.

The latter sections integrate threat intelligence programs, attribution methodologies, and incident response strategies for ransomware, Business Email Compromise (BEC), and critical infrastructure attacks. Legal considerations, jurisdictional hurdles, Mutual Legal Assistance Treaties, and international cooperation through task forces and frameworks such as the Budapest Convention are examined in depth. Ethical hacking, penetration testing, and red‑team/blue‑team exercises are highlighted as ways to understand adversary TTPs. Finally, the book covers reporting and presenting digital evidence, expert testimony, and emerging trends, concluding with multinational case studies that illustrate how coordinated forensic, intelligence, and legal efforts dismantle global cybercriminal networks.

What You'll Find Inside:

• Master digital forensics fundamentals and advanced techniques across Windows, Linux, macOS, mobile, and cloud environments, including evidence collection, preservation, and analysis methodologies.
• Gain comprehensive malware analysis skills through static/dynamic analysis, sandboxing, reverse engineering, and integration with threat intelligence for effective incident response.
• Learn network forensics and traffic analysis using tools like Wireshark, NetFlow, and SIEM systems to reconstruct attack timelines and identify indicators of compromise.
• Develop expertise in threat intelligence programs, attribution techniques, and international cooperation frameworks for tracking threat actors across borders.
• Study real-world case studies demonstrating multinational task force successes in dismantling ransomware rings, disrupting espionage campaigns, and protecting critical infrastructure.

Who's It For:

This book is designed for aspiring digital forensic examiners, cybersecurity professionals, law enforcement personnel, legal practitioners, and anyone seeking a comprehensive understanding of cybercrime investigation mechanisms. It provides practical skills and knowledge essential for those working to combat cyber threats in today's interconnected digital landscape, from technical analysts to decision-makers involved in cross-border investigations and threat intelligence operations.