Chapter 1, IoT Penetration Testing, begins by covering the basic concepts of IoT and mapping out what IoT penetration testing entails.
Chapter 2, IoT Threat Modeling, dives into what threat modeling is and how to conduct a threat model for an IoT device's ecosystem.
Chapter 3, Analyzing and Exploiting Firmware, explores how to reverse engineer an IoT device's firmware and exploit common vulnerabilities.
Chapter 4, Exploitation of Embedded Web Applications, explains the different types of embedded web applications and how to discover exploitable vulnerabilities to gain control of an IoT device.
Chapter 5, Exploiting IoT Mobile Applications, jumps into the basics of reverse engineering IoT mobile applications and discovering commonly found vulnerabilities to gain access to unauthorized functions.
Chapter 6, IoT Device Hacking, introduces basic hardware hacking techniques to compromise the IoT device component.
Chapter 7, Radio Hacking, introduces software-defined radio concepts and tools to discover and exploit commonly used wireless protocols in IoT.
Chapter 8, Firmware Security Best Practices, discusses how embedded developers can incorporate security controls into IoT device firmware to protect against common vulnerabilities.
Chapter 9, Mobile Security Best Practices, explains how mobile applications can employ proactive measures to ensure IoT applications are secured.
Chapter 10, Securing Hardware, dives into best practices for improving hardware security to prevent reverse engineering.
Chapter 11, Advanced IoT Exploitation and Security Automation, explains how to exploit and chain vulnerabilities together to gain control over an IoT product. Additionally, this chapter demonstrates how to implement automated application security scans into continuous integration environments.
