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Klappentext Antivirus Engines: From Methods to Innovations, Design, and Application s offers an in-depth exploration of the core techniques employed in modern antivirus software. It provides a thorough technical analysis of detection methods, algorithms, and integration strategies essential for the development and enhancement of antivirus solutions. The examples provided are written in Python, showcasing foundational, native implementations of key concepts, allowing readers to gain practical experience with the underlying mechanisms of antivirus technology. The text covers a wide array of scanning techniques, including heuristic and smart scanners, hexadecimal inspection, and cryptographic hash functions such as MD5 and SHA for file integrity verification. These implementations highlight the crucial role of various scanning engines, from signature-based detection to more advanced models like behavioral analysis and heuristic algorithms. Each chapter provides clear technical examples, demonstrating the integration of modules and methods required for a comprehensive antivirus system, addressing both common and evolving threats. Beyond simple virus detection, the content illustrates how polymorphic malware, ransomware, and state-sponsored attacks are tackled using multi-layered approaches. Through these examples, students, researchers, and security professionals gain practical insight into the operation of antivirus engines, enhancing their ability to design or improve security solutions in a rapidly changing threat environment. Inhaltsverzeichnis 1. History 2. The Internet 3. Operating systems 4. Operating system APIs 5. Cryptography 6. Exploits 7. Malware types and classification 8. Antivirus engines 9. Algorithms 10. MD5/SHA signatures and scanners 11. Disinfections, banks and vaults 12. Hexadecimal signatures and scanners 13. Heuristic signatures and scanners 14. Smart scanners and rabbit holes 15. Process and user behavior 16. The network 17. Appendices 18. References...
