A red team using DLLInjector.ini for Cobalt Strike beacon injection:
[Automatic] AutoInject = 1 CloseOnInjection = 0
which helps prevent the target application from detecting the injected library. Multiple DLLs : Explaining how to increment the count and add , etc., for more complex modding environments. : Reminding users that if the is in a subfolder, the path in the must reflect that (e.g., DLL_1 = .\bin\mod.dll Injection Modes Dllinjector.ini
| Observable | Where to look | |------------|----------------| | File creation DLLInjector.ini | File system, AMSI, or custom SACL on temp folder | | Process reading a .ini then allocating memory in target process | ETW event: EventID 8 (CreateRemoteThread) + EventID 10 (ProcessAccess) | | DLL path mismatch – root of C: drive | Suspicious – legitimate software rarely writes .ini in C:\ or C:\users\public | | Manual mapped DLLs missing LoadLibrary stack frames | Memory scanning (e.g., Moneta, PE-sieve) |
The file is a configuration file primarily used by DLL injectors , most notably those associated with GreenLuma , a tool used to bypass Steam's licensing and DLC restrictions. It contains settings that tell the injector which application to target and which DLL files to inject into that process. Key Components of the File A red team using DLLInjector
: Tools like the GreenLuma Manager can automatically generate and update this .ini file for you. Troubleshooting
int main() InjectionConfig cfg = ParseDllInjectorINI("dllinjector.ini"); std::cout << "Target: " << cfg.targetProcess << "\n"; std::cout << "DLL: " << cfg.dllPath << "\n"; std::cout << "Method: " << cfg.method << "\n"; return 0; It contains settings that tell the injector which
[DLL] Payload=evil.dll Process=explorer.exe RunOnStartup=1