How should a full-stack developer get started with C++ and systems programming?

There’s nothing wrong with asking experienced developers for direction, even if you could technically research the topic yourself. A good starting path would be to learn modern C++ fundamentals alongside core systems concepts: pointers and references, stack versus heap memory, RAII, compilation and linking, threads, processes, sockets, and basic operating-system interfaces. Build small projects such as a command-line tool, a memory allocator, a simple shell, a multithreaded server, or a small file-indexing utility. Those projects will give you a much better feel for systems work than just reading syntax documentation.

Before committing to C++, try a few low-level projects and see which parts you actually enjoy. You might explore Linux, debugging with tools like gdb, profiling, networking, and basic data structures. C++ is useful, but the deeper skills are understanding memory, performance, concurrency, operating systems, and how programs are compiled and executed. It’s also worth comparing C, Rust, and C++ after learning the basics, since different systems roles use different languages.