I've worked hard to develop a new method that tricks the kernel and injects shellcode in a novel way. It hides the target process behind a legitimate process (like System32 or Explorer). Most shellcode injection attempts are detected when a thread is created in a legitimate process, causing the code to abort or even crash the process, which often requires a reboot to fix.

FEATURES:

- Hides shellcode inside a legitimate process without causing it to crash.
- Uses a non-rootkit method, meaning it does not rely on a malware driver that would need verification by Microsoft.
- Windows Defender sees it like this: "Oh, hi, you're System32. Go ahead and manipulate the process as you want."
- 87% of the injector is written in C, with the remaining codebase in C++. It has no dependencies and supports any compiler.
- Supports all shellcode based on an EXE's PE header.
- It's a zero-day exploit, so use it as you wish.

As of now, this injector is a zero-day, meaning it is undetected and works as intended. Microsoft is not overly concerned about it yet, so it likely won't be patched soon. However, remember that "zero-day" means you need to complete your job quickly before it gets discovered.

I will delete this listing if the exploit is no longer a zero-day and Microsoft patches it with an update.