Rust for malware Development is a repository for advanced Red Team techniques and offensive malwares & Ransomwares, focused on Rust 🦀

MALWARE-101==>> is a comprehensive guide to malware development. Covering basics to advanced techniques, we’ll explore malware types, build examples in Python, Rust, C, and more, and cover evasion and persistence. This series provides hands-on skills for understanding and creating malware effectively.

Offensive Rust : A collection of stuff for malware development

A rust library for malware development.

No description available

Repository of code samples written in Rust for malware development

This repository contains my Resources for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

No description available

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This repository contains my complete resources and coding practices for malware development using Rust 🦀.

This is a rep where we share our info for malware development in Rust

PE Loader using Tartarus Gate for indirect syscalls (https://github.com/Whitecat18/Rust-for-Malware-Development/tree/main/syscalls/indirect_syscalls)

Malware Dev with Rust is a collection of malware development techniques implemented in Rust. It explores Windows internals, process and thread manipulation, stealth execution methods, and more. Each technique is documented with step-by-step implementations and educational resources, intended strictly for research and educational purposes.