A collection of C programs designed for educational and research purposes in offensive security. This repository includes tools for working with sockets, creating reverse shells, executing shellcode, and performing process injection.
BlackHatOps provides a set of C programs to help security researchers and enthusiasts understand and practice offensive security techniques in controlled, legal environments. The tools are intended for learning and experimentation on systems you own or have explicit permission to test.
- Sockets: Programs for establishing and managing network sockets.
- Reverse Shell: Tools to create reverse shell connections for educational purposes.
- Shellcode Execution: Utilities for executing shellcode in a controlled environment.
- Process Injection: Examples demonstrating process injection techniques.
- A C compiler (e.g.,
gcc) installed on your system. - Basic knowledge of C programming and command-line operations.
- Git installed to clone the repository.
- Clone the repository:
git clone https://github.com/CyberForgeEx/BlackHatOps.git
- Navigate to the project directory:
cd BlackHatOps
Each program in the repository includes its own instructions for compilation and execution. Refer to the individual source files or accompanying documentation for specific usage details.
The tools and programs in this repository are strictly for educational and research purposes. They are designed to help users understand offensive security techniques in legal, controlled environments, such as systems you own or have explicit permission to test. Unauthorized use of these tools against any system without consent is illegal and unethical. The developers are not responsible for any misuse or damages caused by improper use. Always ensure compliance with local laws and regulations when using these tools.
- Built with a focus on advancing cybersecurity education.
I'm currently working on a major overhaul to implementation across all core components. This update focuses on significantly improving entire codebase. This is a critical step to ensure the project remains at the forefront of offensive security research.