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Operating System Internals Bundle
Go beyond the user interface and explore the inner workings of Linux, macOS, and Windows. This three-book collection delivers a deep, cross-platform understanding of modern operating system architecture, kernels, filesystems, security, virtualization, and systems programming.
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$87.00
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$45.00
$59.00
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The following 3 books are included in this bundle...
These books have a total suggested price of $87.00. Get them now for only $45.00!
About
About the Bundle
Modern computing is built upon three dominant operating system families: Linux, macOS, and Windows. While millions of developers and administrators use these systems every day, only a small fraction truly understand the sophisticated kernel architectures, memory managers, security models, storage subsystems, and I/O frameworks that power them. This comprehensive three-book bundle is designed to bridge that gap.
Together, these volumes provide an in-depth exploration of the internal design and implementation of today's most important operating systems. Rather than focusing solely on user-space programming or administration, the collection examines the operating systems themselves—how they boot, manage resources, enforce security, communicate with hardware, and provide the abstractions upon which modern software is built.
The collection includes:
- The Linux Virtual Filesystem — a deep dive into Linux's Virtual Filesystem (VFS), covering kernel architecture, filesystem implementations, FUSE, overlay filesystems, cloud-native storage, containers, asynchronous I/O, and the modern Linux storage stack.
- Inside macOS — a comprehensive exploration of Apple's operating system, examining the XNU hybrid kernel, Mach and BSD subsystems, Apple Silicon, APFS, interprocess communication, device drivers, virtualization, and the layered security architecture that defines modern macOS.
- Windows Internals: Architecture of Modern Microsoft Operating Systems — an extensive study of the Windows NT architecture, following the system from boot to shutdown while covering memory management, scheduling, I/O, security, virtualization, debugging, exploit mitigations, and the internal mechanisms of Windows 10, Windows 11, and Windows Server.
Although each volume can be studied independently, together they provide a unique cross-platform perspective on operating system design. Readers gain not only a deep understanding of each platform's architecture but also an appreciation of the engineering trade-offs that distinguish Linux, macOS, and Windows. Throughout the collection, architectural comparisons highlight how different operating systems solve similar problems in process management, memory allocation, storage, security, virtualization, and system performance.
Written for software engineers, kernel developers, systems programmers, security researchers, reverse engineers, digital forensics practitioners, DevOps engineers, and advanced computer science students, these books combine theoretical foundations with practical implementation details. Kernel data structures, annotated source code, debugging sessions, architectural diagrams, and real-world case studies provide the level of depth expected from graduate-level textbooks and professional reference works.
Whether your goal is to develop kernel modules, build high-performance systems software, investigate security vulnerabilities, understand modern storage architectures, reverse engineer operating system behavior, or simply master the internals of contemporary operating systems, this collection offers a comprehensive reference that spans the three most influential operating system ecosystems in modern computing.
Books
About the Books
The Linux Virtual Filesystem
Architecture, Implementation, and Administration from Kernel Internals to Cloud-Native Systems
The Linux Virtual Filesystem (VFS) is one of the most elegant abstractions in operating system design: a universal interface that allows dozens of disparate storage technologies to coexist under a single coherent API. This book takes you from foundational concepts through kernel internals to advanced topics like containerization, cloud-native storage, and modern async I/O. Whether you are a system administrator troubleshooting production filesystem issues, a developer building on FUSE or overlayfs, or a kernel engineer contributing to the VFS subsystem, this book provides the deep understanding needed to work with Linux filesystems at every level. The technical baseline assumes familiarity with the Linux 6.x kernel series.
Inside macOS
Architecture, Kernel, and Systems Programming on Apple's Operating System
macOS is one of the most widely used operating systems in the world, yet its internals remain opaque to all but a small community of engineers, security researchers, and reverse engineers. This book provides a comprehensive, technically rigorous exploration of modern macOS internals -- from the XNU kernel through Mach IPC, BSD processes, APFS storage, Apple Silicon architecture, and the layered security mechanisms that protect the system. Whether you are a systems programmer writing low-level code, a security researcher investigating vulnerabilities, or an operating systems student seeking to understand how a real-world hybrid kernel works, this book gives you the deep technical knowledge to navigate macOS's complex architecture with confidence.
Windows Internals: Architecture of Modern Microsoft Operating Systems
From Boot to Shutdown — Kernel Design, Security, Virtualization, and Debugging in Windows 10, 11, and Server
Modern Windows is the most widely deployed desktop operating system in the world, yet its internals remain opaque to all but a small community of kernel developers, security researchers, and systems programmers. This book bridges that gap. It provides a comprehensive, technically rigorous treatment of the Windows NT kernel architecture from power-on through shutdown, covering the boot process, kernel initialization, memory management, process and thread scheduling, I/O subsystem, file systems, security architecture, virtualization technologies, debugging tools, and modern exploit mitigations. Every chapter includes annotated code snippets, data structure layouts, WinDbg debugging sessions, practical experiments, and comparisons with Linux where illuminating. This book is intended as a graduate-level textbook and professional reference for operating system developers, systems programmers, security researchers, reverse engineers, malware analysts, digital forensics practitioners, and advanced computer science students.
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