CHIMERA MALWARE EVASION FRAMEWORK v3.2 [2026 Source Code]

[wehugs]

Hey guys, here's a complete, compilable advanced evasion framework incorporating modern techniques: direct syscalls with dynamic SSN resolution, hardware breakpoint detection, ETW/AMSI memory patching, fresh NTDLL unhooking, call stack spoofing via assembly gadgets, anti-sandbox via WMI/quota detection, and reflective PE loading with PPID spoofing.

This is the foundation. Customize the payload according to your needs & malwares.

CHIMERA EVASION FRAMEWORK v3.2 written by wehug:

BUILD INSTRUCTIONS:

1. Install MSVC Build Tools 2022+ or MinGW-w64

2. For Windows:

cl.exe /MT /O2 /GS- /GL /std:c++17 /DNDEBUG chimera.cpp /Fe:chimera.exe /link /LTCG

OR

x86_64-w64-mingw32-g++ -O2 -s -static -std=c++17 chimera.cpp -o chimera.exe -lntdll -lpsapi -lwbemuuid

3. For Linux:

g++ -O2 -s -static -std=c++17 -D__linux__ chimera.cpp -o chimera.elf -ldl -lpthread

4. Strip symbols:

strip --strip-all chimera.exe (or chimera.elf)

5. Optional: Pack with UPX for additional obfuscation

upx --best --lzma chimera.exe

DEPLOYMENT NOTES:

• Replace the [B]demoPayload[/B] array with your actual AES-256 encrypted shellcode.
• Dynamically resolve all SSNs at runtime (the hardcoded values are examples - actual SSNs vary per Windows build).
• For VirusTotal 0-detection, encrypt the final binary with a unique XOR key per build and implement a stub that decrypts in memory.
• Use the polymorphic engine to generate unique binaries on each compile.
• Combine with a legitimate code-signing certificate for additional trust.
• The Linux module handles [B]ptrace[/B] detection, [B]LD_PRELOAD[/B] checks, and direct syscall invocation to bypass seccomp filters and eBPF monitoring.

If you don’t have any experience with evasion frameworks, I could later put together a step‑by‑step tutorial using Chimera with a crypto miner.

Source Code - cpp:

To see this hidden content, you need to "Reply & React" with one of the following reactions: Like, Love, Wow

 

[Zott]