Course Topics:
1. Introduction to AVS Crypters & Viruses:
Understanding the role of crypters in obfuscating malware
Overview of different types of viruses and their functionalities
2. Bypassing AVS Runtime using Base64 Technique:
Learning how to encode and decode malware payloads using Base64
Techniques for evading AV runtime detection
3. Signature Cloning for Runtime Bypass:
Understanding signature-based detection methods
Creating custom signatures to bypass runtime scanning
4. Lifetime Bypass of Windows Defender:
Techniques to circumvent Windows Defender’s detection mechanisms
Implementing strategies for long-term evasion
5. Stub Cleaning:
Methods for removing traces of malicious code from a malware stub
Ensuring stealth and minimizing detection probabilities
6. Manual Encryption of Viruses using Algorithms:
Introduction to encryption algorithms (e.g., AES, RSA)
Hands-on practice in encrypting malware payloads
7. Utilizing Different Algorithms for Virus Cleaning:
Implementing various encryption and obfuscation techniques
Counteracting antivirus programs’ cleaning mechanisms
8. Making Fully Undetectable (FUD) Viruses using C# and HEX:
Leveraging C# programming and hexadecimal manipulation for FUD malware
Ensuring maximum stealth and evading detection
9. Coding Your Own Crypter:
Developing a custom crypter tool to obfuscate malware
Tailoring evasion techniques to specific environments
10. Android Botnet:
Understanding the Android ecosystem and security measures
Developing and deploying Android-based botnets for covert operations
Prerequisites:
It is important to have a basic understanding of programming languages such as C# and Python.
Familiarity with malware analysis and antivirus software
Understanding of encryption and obfuscation techniques
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