7 New Operating Systems Books Reshaping the Industry in 2025

Unlike most operating systems books that focus heavily on theory or traditional languages, Robert Johnson's work leverages Rust's modern systems programming capabilities to make OS development more accessible and secure. You’ll learn how to handle critical components like memory management, process scheduling, and file systems, all explained through Rust’s unique features such as memory safety and concurrency. The book balances foundational theory with hands-on projects, giving you practical insights into building efficient operating systems from the ground up. Whether you’re a beginner or an experienced developer, this guide positions you to engage with cutting-edge OS development techniques without getting bogged down in outdated approaches.

S. R. Jena and Suman Kumar bring their academic experience from NIMS University to craft a question bank that goes beyond rote memorization, focusing on developing critical thinking aligned with Bloom's Taxonomy. You'll explore a range of questions that progress from basic understanding to complex analysis, evaluation, and synthesis, helping you grasp the nuances of operating systems. The detailed answers reinforce learning and prepare you for exams or practical application, making it especially useful if you're a student or educator aiming to deepen conceptual clarity. This book is less about broad theory and more about sharpening your problem-solving within operating systems.

This tailored book explores the intricate process of building operating systems using Rust, focusing on your interests and goals. It reveals how Rust’s safety features can be harnessed to develop robust and secure OS components, matching your background and preferred depth of study. You’ll examine core OS concepts alongside cutting-edge developments in Rust programming for system-level software, enabling a nuanced understanding of memory safety, concurrency, and system design. By engaging with personalized content, you delve into emerging research and practical applications that align precisely with what you want to learn, making complex OS development accessible and relevant to your experience.

When Daniel J. Barrett discovered how fragmented Linux command references were, he set out to create a pocket guide that consolidates essential commands in one accessible place. This updated edition covers over 200 commands, from file manipulation and system administration to networking and version control, arranged by functionality for quick reference. You’ll gain concrete skills like managing filesystems, handling users and processes, and navigating Linux’s networking tools with ease. It’s particularly suited for anyone who uses Linux regularly—whether you’re just starting or need a handy refresher during your workday.

When Jean-Jacques Reibel set out to write Operating System Engineering, he aimed to bridge the gap between foundational OS concepts and the latest technological shifts. You’ll explore detailed discussions on process management, memory allocation, and concurrency, alongside emerging topics like virtualization and AI’s influence on OS design. For anyone looking to understand not just how operating systems work but how they evolve in response to cloud computing and hardware innovations, this book offers a solid blend of theory and practice. It’s particularly suited if you’re involved in development, research, or advanced study, providing the depth needed to navigate today’s complex OS landscape.

When cybersecurity experts H Harsh Hasmukbhai Pansuriya P and Harsh Pansuriya authored this guide, they aimed to make operating system security more accessible and actionable. You’ll explore detailed topics like access control mechanisms, cryptographic protections, malware defense strategies, and continuous system monitoring, all grounded in both historical context and current threats. For example, the chapters on network security integration and user education provide concrete methods to harden systems against evolving attacks. If you’re tasked with securing digital environments or want a deep dive into the layered defenses that protect operating systems, this book equips you with a clear framework and practical insights to strengthen your cybersecurity stance.

This tailored book explores the rapidly evolving landscape of operating system architectures, focusing on the latest 2025 developments and emerging technologies that are reshaping the field. It examines innovations in system design, security enhancements, and performance improvements, delivering content that matches your background and specific interests. The personalized approach ensures you delve into the areas that matter most to your goals, uncovering new research and advanced concepts relevant to your experience level. By concentrating on cutting-edge insights and future challenges, this book provides a focused learning journey that keeps you ahead in understanding next-generation operating systems.

Unlike most operating systems books that focus solely on theory, H Harsh Hasmukbhai Pansuriya P takes you on an in-depth journey through both foundational and advanced aspects of system design. You’ll explore kernel architecture, hardware interaction, and security measures, gaining a clear understanding of how these components interlock in real-world systems. The book also dives into performance optimization and emerging trends, making it a fit for developers and system architects aiming to deepen their practical and conceptual grasp. If you’re looking to bridge textbook knowledge with the evolving demands of modern OS development, this guide delivers straightforward explanations without unnecessary jargon.

While working as a systems engineer, Harsh Pansuriya noticed the complexities and gaps in accessible knowledge about file systems within operating systems. This book unpacks those complexities by guiding you through everything from basic file organization to advanced topics like encryption, access controls, and fault tolerance. You'll gain clear insights into different file system types such as FAT32, NTFS, and ext4, along with practical tips on maintenance and data recovery strategies. Whether you're just starting or deepening your expertise, this resource equips you with a solid understanding of how file systems impact overall system performance and security.