This article guides readers through the process of building a micro Linux distribution from scratch, focusing on the RISC-V architecture. It aims to provide a simplified understanding of operating systems, the Linux kernel, and essential concepts related to creating a minimal operating system environment, while also noting that advanced users might find some explanations oversimplified.

This article introduces a project focused on writing a 64-bit RISC-V emulator in Rust, enabling users to run the xv6 operating system upon completion. It covers essential computer architecture concepts and includes source code for practical implementation. The author encourages interaction through Twitter or GitHub for questions and requests.

The article provides an interactive introduction to RISC-V assembly programming, aimed at those with basic knowledge of low-level computer science. It outlines the features of the RISC-V architecture, including its clean design, open standards, and community support, and presents a tutorial on the RV32I_Zicsr instruction set with practical examples for starting assembly programming.