3 रिपॉजिटरी
Converts EXE, DLL, VBScript, JScript, and .NET assemblies into position-independent shellcode for in-memory execution.
Distinct from Shellcode Generators: Distinct from Shellcode Generators: specifically converts existing executables and scripts, not raw assembly or C source.
Explore 3 awesome GitHub repositories matching operating systems & systems programming · Executable-to-Shellcode Converters. Refine with filters or upvote what's useful.
Donut is a toolset for loading and executing payloads in memory, featuring a position-independent shellcode generator, an in-memory payload injector, and a .NET assembly loader. It is designed to convert executable files and scripts into shellcode that can be executed within the memory space of a remote process without writing files to disk. The project specializes in security evasion through memory-based patching and payload obfuscation using symmetric block ciphers and compression. It includes a remote payload stager to retrieve encrypted modules from HTTP or DNS servers during runtime, red
Converts executables and scripts into position-independent shellcode for in-memory execution without file system access.
OffensiveNim is a red teaming framework and post-exploitation toolkit developed in Nim. It provides a collection of low-level primitives and a Windows API wrapper designed for offensive security operations, including malware development and shellcode loading. The project focuses on evasion and obfuscation through techniques such as API unhooking, direct system calls, and anti-debugging mechanisms. It features diverse payload delivery methods, including reflective binary loading, the execution of .NET assemblies via CLR hosting, and various shellcode injection techniques using fibers, COM obje
Converts binary payloads into UUID strings to load them into heap memory via system callbacks.
OffensiveRust is a red team toolkit and malware development kit written in Rust. It serves as an evasion framework and post-exploitation library, providing a collection of offensive security primitives and a Windows API wrapper for interacting with low-level system functions and undocumented APIs. The project focuses on bypassing security software through direct system calls, memory obfuscation, and stealthy payload execution. It implements techniques to defeat static binary analysis via compile-time string encryption and payload obfuscation, while avoiding detection using parent process ID s
Converts binary payloads into UUID strings to load them into heap memory via system callbacks.