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Constructive Approaches for Security Analysis and Design of Embedded Systems: Second International Conference, CASCADE 2

Cassiers, Gaëtan 2026


Why Read This Book

You will get a concentrated view of current research and practical methods for designing embedded systems with security in mind, rather than bolting protection on after the fact. Because this is a conference volume, you will also see a range of approaches, case studies, and emerging ideas that can help you evaluate which security techniques are actually useful for firmware, hardware-software interfaces, and connected devices.

Who Will Benefit

Embedded systems engineers, security researchers, firmware developers, and graduate students who want to understand modern methods for analyzing and designing secure embedded and IoT systems.

Level: Advanced — Prerequisites: Solid understanding of embedded systems, C/C++ or equivalent low-level programming, basic computer architecture, and familiarity with security concepts such as threat modeling, cryptography, and secure boot.

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Key Takeaways

  • Analyze embedded threats across firmware, hardware, and communication layers
  • Evaluate constructive security design methods for microcontrollers and connected devices
  • Apply security analysis techniques to real embedded-system architectures
  • Assess attack surfaces in hardware-software interfaces and peripherals
  • Compare research-driven approaches for securing IoT and embedded platforms
  • Incorporate security considerations earlier in the embedded design process

Topics Covered

  1. Front Matter and Preface
  2. Embedded System Security Fundamentals
  3. Threat Modeling and Attack Surface Analysis
  4. Secure Firmware and Boot Chain Design
  5. Hardware-Software Interface Protection
  6. Cryptographic Mechanisms for Constrained Devices
  7. Trusted Execution and Isolation Techniques
  8. Side-Channel and Fault-Injection Analysis
  9. Secure Communication for Embedded and IoT Systems
  10. Case Studies and Experimental Evaluations
  11. Tooling for Security Verification and Assessment
  12. Emerging Research Directions and Open Problems
  13. Author Index / Subject Index

Languages, Platforms & Tools

CC++AssemblyPythonMicrocontrollersARM Cortex-MARM Cortex-ARISC-VIoT devicesEmbedded Linux systemsGCCClangGhidraOpenOCDQEMUJTAG/SWD debuggersStatic analysis toolsFuzzing frameworks

How It Compares

More research-oriented than standard embedded security texts like Embedded Systems Security by David Kleidermacher et al., and broader in conference-style coverage than The Hardware Hacking Handbook.

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