Rust for Systems Programming 🦀 | Memory, Pointers & Unsafe Rust EXPLAINED!

Description

🧑🏻‍💻 Rust is not just a high-level language — it’s one of the most powerful systems programming languages ever created. In this deep-dive tutorial, we explore how Rust works at the lowest level: memory, pointers, raw allocation, and unsafe Rust. 🤔 If you’ve ever wondered: - How Rust replaces C and C++ - What unsafe really means - How Rust manages memory without a garbage collector - How to write low-level, high-performance code safely …this video is for you. 🔥 What you’ll learn in this video: - What systems programming really means - Stack vs heap memory in Rust - References vs raw pointers - Why and when unsafe Rust is necessary - Manual memory allocation using std::alloc - Struct layout and #[repr(C)] - Calling C code from Rust (FFI) - Volatile memory and hardware-level access - Real-world use cases: OS kernels, browsers, databases, embedded systems - How Rust isolates unsafe code safely and responsibly