Design of Secure IoT Systems: A Practical Approach Across Industries

Preface<br/>1 Evolution of IoT<br/>   1.1 Introduction to Digital Transformation<br/>   1.2 Connected Value Chain<br/>   1.3 What Is Digital Transformation?<br/>   1.4 Introduction to IoT<br/>   1.5 Building Blocks of IoT System<br/>   1.6 Evolution of IoT<br/>   1.7 Connected Vehicle Use Case<br/>   1.8 Chapters Overview<br/>2 IoT Architecture and Technology Essentials<br/>   2.1 Introduction<br/>   2.2 IoT System Architecture<br/>   2.3 IoT Technology and Protocols<br/>   2.4 Applying Learnings to Connected Vehicle Use Case<br/>   2.5 Conclusion<br/>3 Connected Machines<br/>   3.1 Introduction<br/>   3.2 Machine-to-Machine (M2M) Segments<br/>   3.3 M2M Communication<br/>   3.4 Applications of M2M<br/>   3.5 Key Features of M2M<br/>   3.6 Architecture and Components of M2M<br/>   3.7 M2M Application Communication Principles<br/>   3.8 Issues/Concerns in M2M<br/>   3.9 Standardization Efforts for M2M<br/>   3.10 Conclusion<br/>4 Network Architecture for IoT<br/>   4.1 Introduction<br/>   4.2 Network Terminology<br/>   4.3 ISO-OSI Reference Model<br/>   4.4 Network Protocols<br/>   4.5 WAN Architecture<br/>   4.6 MAC Source Address<br/>   4.7 Data Reception<br/>   4.8 Multiprotocol Label Switching<br/>   4.9 Data Center<br/>   4.10 Data Center Networking<br/>   4.11 IoT Gateways<br/>   4.12 Conclusion<br/>5 IoT Hardware Design Fundamentals<br/>   5.1 Introduction<br/>   5.2 Hardware System Requirements<br/>   5.3 Hardware Functional Specifications<br/>   5.4 Software Functional Specifications<br/>   5.5 Hardware Component Selection<br/>   5.6 Design for Manufacturability<br/>   5.7 Design for Testability<br/>   5.8 Schematics, Layout, and Gerbers<br/>   5.9 PCB Fabrication and Assembly<br/>   5.10 Summarizing HW Design Flow<br/>   5.11 Applying Learnings to Connected Vehicle Use Case<br/>   5.12 Examples of Commercially Available IoT Devices<br/>   5.13 Standards Used in HW Component Configurations<br/>   5.14 Selection of Network Hardware for IoT Applications<br/>   5.15 IoT Hardware Security<br/>   5.16 Conclusion<br/>6 IoT Data Systems Design<br/>   6.1 Introduction<br/>   6.2 IoT Data System<br/>   6.3 Value Chain Activity Generates Data<br/>   6.4 Operational Data: Sensors and Devices<br/>   6.5 Business and Customer/User Data<br/>   6.6 Intersection of Operational Data and Business Data<br/>   6.7 Structured and Unstructured Data<br/>   6.8 Data Systems Design<br/>   6.9 Data Transport<br/>   6.10 Data Collection<br/>   6.11 Data Storage<br/>   6.12 Data Preparation<br/>   6.13 Organizing Data for Analytics<br/>   6.14 Data Lake, Data Warehouses, and Efficient Access to Data<br/>   6.15 Analytics and Business Intelligence<br/>   6.16 Data Science and IoT<br/>   6.17 Machine Learning<br/>   6.18 Putting It Together to Build an IoT Data System<br/>   6.19 Applying Learnings to Connected Vehicle Use Case<br/>   6.20 Conclusion<br/>7 IoT: Designing with Trust and Security<br/>   7.1 Introduction<br/>   7.2 Need for a Secure IoT System<br/>   7.3 Requirements for Secure IoT System<br/>   7.4 IoT Device Security<br/>   7.5 Trusted IoT Device<br/>   7.6 Trusted Device Identity<br/>   7.7 IoT Device Secure Storage<br/>   7.8 Secure Boot and Trusted Execution Environment<br/>   7.9 Secure Root of Trust<br/>   7.10 Trustworthy Firmware and Software<br/>   7.11 Public Key Infrastructure<br/>   7.12 Trusted Supply Chain<br/>   7.13 Secure Random Number Generator<br/>   7.14 IoT D2X (Device to X) Communication Security<br/>   7.15 Mutually Authenticated Endpoints<br/>   7.16 Secure Communication Channel and End-to-End Message Integrity<br/>   7.17 Secure Monitoring Systems<br/>   7.18 IoT Device to Cloud Security<br/>   7.19 IoT Data Security Policies and Regulations<br/>   7.20 IoT Trusted Platform<br/>   7.21 Secure Authentication<br/>   7.22 End-to-End Security (Including Third Parties)<br/>   7.23 Applying Learnings to Connected Vehicle Use Case<br/>   7.24 Conclusion<br/>   Appendix: IoT Cybersecurity Threats and Risks Review Sample<br/>8 Automation<br/>   8.1 Introduction<br/>   8.2 IoT Device Life Cycle Management<br/>   8.3 Zero Touch IoT Devices<br/>   8.4 Plug and Play IoT Devices<br/>   8.5 IoT SIM Cards and Management<br/>   8.6 Commercially Available IoT Control Software<br/>   8.7 Secure Automation of IoT Network Infrastructure<br/>   8.8 IoT Application Software Design Principles<br/>   8.9 Cloud Native Software<br/>   8.10 Automation of Value Chain Workflows<br/>   8.11 Edge Computing and Cloud Computing<br/>   8.12 Applying Learnings to Connected Vehicle Use Case<br/>   8.13 Conclusion<br/>9 IoT Use Cases Across Industries<br/>   9.1 Introduction<br/>   9.2 Manufacturing Sector<br/>   9.3 Connected Vehicles<br/>   9.4 Seaport Automation<br/>   9.5 Airport Automation<br/>   9.6 Drones for Medical/Healthcare Systems<br/>   9.7 IoT Application in Oil and Natural Gas Industry<br/>   9.8 Conclusion<br/>10 IoT Use Case Exercises<br/>   10.1 Banking Sector/Bank of Things<br/>   10.2 Agriculture—Agri of Things<br/>   10.3 Enhanced Smart Home (Home Automation)<br/>   10.4 Smart Manufacturing<br/>   10.5 Internet of Medical Things (IoMT)<br/>   10.6 Smart City with Smart Vehicles and Smart Home<br/>   10.7 Smart Grid<br/>References<br/>Index<br/>