Malware Development Text Modules
Learn the best malware techniques for Windows OS, with content ranging from beginner to advanced levels. All implementations are developed in C++.
Gain access to a new malware development module every 15 days. Each module offers over 45 minutes of reading time. Available from $5/month, $12.99/3 months, or $49.99/year. Alternatively, you can purchase individual modules for $0.99 each.
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Sandboxes for Malware Developers
This module teaches you how to test and analyze malware safely using sandboxes and antivirus tools. You’ll learn to check how malware behaves in secure environments and see which parts get detected by security software. We’ll use tools like AnyRun, Qu1ckSc0pe, and LitterBox to analyze malware and ThreatCheck and MultCheck to improve stealth. You’ll also learn how to add more antivirus scanners to MultCheck for private testing, avoiding services like VirusTotal. By the end, you’ll understand sandbox testing, antivirus evasion, and how to make malware harder to detect.
09/02/2025 – 32min. read – 35 PDF Pages
EDR & Antivirus Evasion Part II
The “EDR & Antivirus Evasion Part II” module is the perfect post to explore comprehensive methods, techniques, and extensions for EDR and Antivirus Evasion in Windows OS. This module covers everything from understanding how the security products work to advanced evasion techniques. Dive into practical implementations and enhance your understanding of Windows malware development.
25/01/2025 – 54min. read – 57 PDF Pages
Windows Persistence for Malware Developers
The “Windows Persistence for Malware Developers” module is the perfect post where we will see some techniques to get the malware persistence in a victim Windows system, we will see someone with regular user privileges another ones with administrator privileges, also we will see some of them achieved via the registry keys, another ones can use the Task Scheduler feature, and a lot more of them
09/01/2025 – 52min. read
Encryption Ciphers
The “Encryption Ciphers” module provides an in-depth guide to encryption ciphers frequently used by malware developers to obfuscate and protect malicious code, payloads, and sensitive strings from detection and reverse engineering. It covers various encryption techniques, including XOR, AES, RC4, RSA, 3DES, Blowfish, Twofish, ChaCha20, and Salsa20, detailing their working principles, strengths, weaknesses, and practical applications.
21/12/2024 – 31min. read
Inter Process Connection
The “Inter Process Connection” module that basically teaches the ability of some malware to share data through different processes. Basically this means that you can connect all your malware even when you are targeting the victim system through different processes.
05/12/2024 – 49min. read
Malicious Kernel Driver Development Part II
The “Malicious Kernel Driver Development” module teaches the creation and manipulation of Windows kernel-mode drivers, basically we will see how to manage Arrays, Files, Mapped Files, Registries also we monitor every object operation and hiding our payload using the Alternate Data Streams.
20/11/2024 – 47min. read
Windows Hooking
Unlock the secrets of Windows Hooking in this comprehensive module, where you’ll learn to stealthily intercept and manipulate Windows function calls using techniques like Inline Hooking, IAT Hooking, and Detours. Discover how these methods are used in real-world malware to bypass security, steal credentials, and evade detection.
04/11/2024 – 51min. read
Malicious Kernel Driver Development
The “Malicious Kernel Driver Development” module teaches the creation and manipulation of Windows kernel-mode drivers, emphasizing their power in bypassing security mechanisms, managing system processes, and executing advanced malware techniques like process hiding and termination through kernel-level access.
17/10/2024 – 46min. read
Anti VM’s & Debuggers
This section focuses on techniques that malware uses to detect and evade virtual machines (VMs) and debuggers, which are commonly used by security researchers to analyze malicious software. By identifying if it’s running in a VM or being debugged, malware can alter its behavior to avoid detection and analysis.
01/10/2024 – 39min. read
Malware Resurrection
This module delves into advanced techniques for ensuring malware persistence and resurrection after removal by security tools like antivirus (AV) or endpoint detection and response (EDR) systems. It covers strategies for monitoring malware deletion, reinfecting systems, and evading redetection through methods like file obfuscation, randomized execution, and anti-debugging. By mastering these techniques, students will learn how to develop resilient malware that adapts to detection mechanisms, enabling it to survive in hostile environments and continue operating undetected.
16/09/2024 – 45min. read
Sysmon Red Team Operations
Explore comprehensive methods, techniques, and extensions for Sysmon Red Team Operations in Windows OS. This module covers everything from understanding how the security product work to advanced evasion techniques. Dive into practical implementations and enhance your understanding of Sysmon Evasion
01/09/2024 – 47min. read
EDR & Antivirus Evasion Part I
Explore comprehensive methods, techniques, and extensions for EDR and Antivirus Evasion in Windows OS. This module covers everything from understanding how the security products work to advanced evasion techniques. Dive into practical implementations and enhance your understanding of Windows malware development.
14/08/2024 – 55min. read
Mapping Free Handles in Memory
Explore the technique of mapping all the free memory objects in Windows OS to find free handles. This module covers how to locate free handles, filter by handle type, utilize them, and employ techniques using these handles to perform various malware activities without relying on commonly flagged Windows functions.
23/07/2024 – 45min. read
Process Injection
Dive into the world of Process Shellcode Injection in Windows OS. This module builds on shellcode injection techniques, focusing on advanced injection methods like DLL Injection, EarlyBird, and Thread Hijacking. Understand the intricacies of the APC Queue and explore practical exercises to encrypt shellcode. Enhance your malware development skills with this comprehensive guide.
08/07/2024 – 70min. read
Shellcode Execution
Explore comprehensive methods, techniques, and extensions for Shellcode Execution in Windows OS. This module covers everything from generating shellcode with MSFVENOM to advanced injection techniques. Dive into practical implementations and enhance your understanding of Windows malware development.
23/06/2024 – 50min. read