return STATUS_SUCCESS;
To circumvent these protections, modern kernel injectors frequently employ . Instead of invoking the Windows Loader ( LoadLibrary ), a manual mapping injector parses the DLL's Portable Executable (PE) headers completely in memory. It manually allocates sections, resolves imports, applies relocations, and executes the DLL entry point. This leaves zero traces in the target process's Loaded Modules list ( InLoadOrderModuleList ), rendering traditional user-mode detection methods ineffective. If you want to explore this topic further, tell me: kernel dll injector
#include <Windows.h> #include <TlHelp32.h> This leaves zero traces in the target process's
Historically, the SSDT is a table that maps system calls (like NtCreateThread ) to their corresponding kernel functions. Some popular kernel DLL injectors include:
The following steps outline a standard process for a kernel-mode DLL injector, often manual mapping, as seen in open-source projects like and fumo_loader :
The driver initializes a kernel APC object ( KAPC ) using the undocumented function KeInitializeApc , targeting a specific thread in the destination process.
Some popular kernel DLL injectors include: