Fuzzing Android: Finding Vulnerabilities in Userspace and the Kernel [9781718505292]

Overview

The operational playbook for fuzzing Android, from Binder services to the Linux kernel, by Google's Android Security Team.

Android is three billion devices of hardened, audited, relentlessly defended code, and fuzzing brings it down anyway. The method is brutally simple: Bury the system in malformed input, and wait for the rare case that cracks something open. Every crash is a lead, and behind it is usually a way in.

The Google engineers who authored this book do that for a living. They’ve fuzzed Android’s Binder IPC, the Pixel modem, the GPU drivers, and the kernel, uncovering root-level vulnerabilities the architecture was supposed to keep out of reach, and now they show you how they work.

Most fuzzing books stop at the concept; this one runs the campaign. You’ll learn how to:

• Build reproducible fuzzing environments across emulators and physical devices
• Target Android’s Binder IPC, native system services, GPU drivers, and kernel interfaces
• Instrument code for coverage using AFL++ or libFuzzer and extend Syzkaller to reach new kernel drivers
• Triage, reproduce, and investigate crashes to uncover real vulnerabilities
• Develop the judgment to choose high- value targets and bypass runtime checks when appropriate.

Whether you’re a security researcher, an OEM security engineer, or a bug bounty hunter, Fuzzing Android is your operational playbook for finding vulnerabilities in the world’s largest mobile platform.

Covers: Android 17+ and is backward compatible with earlier AOSP releases. 

Requires: A physical Android device or emulator (Cuttlefish); all required tools are open source.

The book, Fuzzing Android: Finding Vulnerabilities in Userspace and the Kernel [Bulk, Wholesale, Quantity] ISBN#9781718505292 in Paperback by Hamzeh Zawawy, Eugene Rodionov, Xuan Xing, Kris Alder, Cory Barker, Steven Moreland may be ordered in bulk quantities. Minimum starts at 25 copies. Availability based on publisher status and quantity being ordered.