P01NT

Eight lessons laying the foundations of computer architecture through the reverse-engineering lens: architecture versus organization and inside the processor, then the instruction set architecture and addressing modes as your gateway to reading assembly, the memory hierarchy from cache to non-volatile technologies, ending with the I/O system and interconnect structures — every concept tied to its footprint in C and assembly.

Seven lessons building your understanding of operating systems from the ground up: the computer's basic structure and the kernel-versus-user-space split, interrupts and their mechanisms and tables, processes and threads with their states, scheduling, and context switching, memory management from contiguous allocation through paging and the TLB, ending with the file-system interface, access methods, directory structures, and protection — every concept paired with a hands-on C or assembly example, read through a reverse engineer's eyes.

A C workshop from a reverse engineer's perspective — nineteen lessons that start at the compilation stages and end at the preprocessor, tying every concept to its footprint in the disassembly.

Seven hands-on lessons in x86 assembly through to x86-64, built on writing code inside IDA Pro and live debugging — from the first MOV to stack frames, jump tables, and struct rebuilding, complete with real labs and their detailed solutions.

A hands-on workshop in reverse engineering and malware analysis, built around learning by doing. Eleven lessons that start from zero and end with practical labs you solve yourself.