Trusted cellular IoT devices : design ingredients and concepts
- Cham : Springer, 2022
- xvi, 257 p. ; ill., (some col.), 25 cm
- Synthesis lectures on engineering, science, and technology .
Includes bibliographical references.
This book focuses on the impact of secure frontend devices for the Internet of Things (IoT). It explains how to identify vulnerabilities of IoT applications and how to protect them against misuse and attacks. Provided insights will help readers to design a reliable and trustworthy IoT ecosystem ensuring a high level of user confidence and a fruitful deployment. As a starting point, the book provides guidance how to identify risks and potential threats. Then, it explains which countermeasures are available and introduces all major ingredients for an efficient implementation of IoT security measures, e.g. a bullet-proof protection of user privacy and device identities. The author outlines an efficient design approach that combines classical embedded computing with smartcard technology and wireless cellular networking like LTE-M or NB-IoT. The target audience includes industrial professionals and students focusing on low cost design and a fast time-to-market. The book is ideal for engineering-minded IoT project owners to safeguard their business goals.
9783031196621
Computer security Cyber-physical systems Telecommunication Electrical Technology 3GPP Cellular network Common Criteria Counter measures Cryptographic keys Digital signatures Firmware Host MCU IOT device Protection Public-key cryptography Security MCUs Sensor Side-channel attacks Smart card Smart meter STMicroelectronics Tamper Watchdog timer SESIP