Code Learning Pathway
Master systems programming with hands-on coding. Choose a language track and build real projects while learning memory management, data structures, networking, and more.
C
The language that powers operating systems and embedded devices. Learn memory management from the ground up with manual allocation and pointer manipulation.
C++
Build on C with classes, RAII, smart pointers, and the STL. Master object-oriented and generic programming for high-performance applications.
Rust
Memory safety without garbage collection. Learn ownership, borrowing, and lifetimes - the compile-time guarantees that make Rust uniquely powerful.
x86 Assembly
Program at the hardware level with a security focus. Master x86-64 instructions, exploitation techniques, and binary hardening — the skills that power security research, reverse engineering, and exploit development.
Which language should I start with?
C - Start here if you want to understand exactly how memory works. C gives you no safety net, which makes it the best teacher for the fundamentals.
C++ - Choose this if you want to build on C with object-oriented programming, smart pointers, and the STL. Great for learning how abstractions are built on top of low-level control.
Rust- Pick this if you want memory safety enforced by the compiler. Rust's ownership system is a different mental model that eliminates entire classes of bugs.
x86 Assembly - Choose this if you want to understand exactly what the CPU executes. The security-focused track covers exploitation, shellcode, ROP chains, and binary hardening — essential for security research and reverse engineering.