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Posts in category: Malware

Inside the Trojanized CPU-Z Campaign: DLL Sideloading, Zig Malware, and Multi-Layer Persistence

Inside the Trojanized CPU-Z Campaign: DLL Sideloading, Zig Malware, and Multi-Layer Persistence

April 13, 2026
by oxfemale DLL SideloadingMalwarepowershellReverse Engineering

A trojanized CPU-Z package installs malware through CRYPTBASE.dll sideloading. The Zig-compiled DLL decodes an embedded payload, loads a reflective backdoor, connects to C2, and establishes persistence using PowerShell, COM hijacking, and scheduled tasks.

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Tutorial: Adaptix C2 with ShellcodePack and MacroPack

Tutorial: Adaptix C2 with ShellcodePack and MacroPack

April 9, 2026
by oxfemale EDRMalwareshellcode

This tutorial shows how to weaponize Adaptix C2 agents using ShellcodePack and MacroPack, converting payloads into shellcode and packaging them in evasive loaders to improve stealth and bypass EDR during red-team operations.

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COMouflage: Stealthy DLL Surrogate Injection for Process Tree Evasion

COMouflage: Stealthy DLL Surrogate Injection for Process Tree Evasion

April 7, 2026
by oxfemale BypassingCOMcppEDRInjectionMalwarePoCRedTeamwinapiwinapiwindows

COMouflage is a stealthy Windows injection technique that abuses COM DLL Surrogates to execute malicious DLLs inside dllhost.exe, making svchost.exe appear as the parent process and hiding the attacker’s process from detection.

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Blinding the Defenders: Inside Qilin’s EDR-Killer Malware

Blinding the Defenders: Inside Qilin’s EDR-Killer Malware

April 3, 2026
by oxfemale CiscoEDRMalwareReverse Engineering

Cisco Talos analyzes a Qilin ransomware EDR-killer that disables over 300 security drivers. The multi-stage malware uses obfuscation and kernel-level techniques to bypass endpoint defenses and hide attacker activity.

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Inside the Payload: Manual Shellcode Analysis with Ghidra

Inside the Payload: Manual Shellcode Analysis with Ghidra

March 31, 2026
by oxfemale DebugGhidraMalwareReverse Engineeringshellcodewinapiwinapiwindows

The article demonstrates how to analyze Windows shellcode in Ghidra by identifying API-hashing routines, resolving hidden Windows API calls, and extracting C2 infrastructure without relying on automated emulation tools.

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Can it Resolve DOOM? Game Engine in 2,000 DNS Records

Can it Resolve DOOM? Game Engine in 2,000 DNS Records

March 22, 2026
by oxfemale .NETDNSMalwarePoCpowershellRedTeam

The article shows a proof-of-concept where DOOM is stored across ~2,000 DNS TXT records and executed directly from memory. A PowerShell loader reconstructs the binary via DNS queries, illustrating how DNS can act as a covert payload delivery system.

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Invisible Execution: Hiding Malware with Unwind Metadata Manipulation

Invisible Execution: Hiding Malware with Unwind Metadata Manipulation

March 20, 2026
by oxfemale BYOUDEDRMalwarewindows

The article introduces BYOUD, a Windows evasion technique that manipulates unwind metadata to spoof call stacks without altering return addresses, allowing malware to bypass EDR stack inspection and appear as legitimate execution.

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Reverse engineering undocumented Windows Kernel features to work with the EDR

Reverse engineering undocumented Windows Kernel features to work with the EDR

March 14, 2026
by oxfemale AntivirusBypassingDefenderEDREventlogkernelMalwareProtectionReverse EngineeringSecuritywinapiwinapiWinDBGwindows

This article demonstrates how to reverse engineer the Windows 11 kernel to understand undocumented internals behind memory operations and ETW Threat Intelligence events, helping security engineers improve EDR telemetry and detect remote process memory writes.

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Malware and cryptography 44 - encrypt/decrypt payload via Discrete Fourier Transform. Simple C example.

Malware and cryptography 44 – encrypt/decrypt payload via Discrete Fourier Transform. Simple C example.

March 10, 2026
by oxfemale cppCryptographyEncryptionMalwarepowershellpowershellshellcodewindows

Demonstration how malware can encrypt and decrypt payloads using the Discrete Fourier Transform (DFT). It provides a simple C example showing how mathematical transforms can hide shellcode and help evade static signature-based detection.

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