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Practical IoT Hacking: The Definitive Guide to Attacking the Internet of Things is a hands-on English-language book focused on IoT security testing, rather than a traditional online course. The page indicates that it is available through Amazon and No Starch Press, with free chapters from No Starch Press and downloadable resources on GitHub. Its goal is to help readers understand and test internet-connected devices, including medical devices, home assistants, smart appliances, and more.
In terms of subject coverage, it is fairly broad: IoT threat modeling, security testing methodology, passive reconnaissance, network protocol analysis, VLAN hopping, MQTT authentication cracking, UPnP abuse, mDNS and WS-Discovery attacks, as well as attacks on hardware interfaces such as UART, JTAG/SWD, SPI, and I2C. The radio-frequency section is also quite in-depth, covering RFID card cloning, LoRa traffic sniffing, BLE attacks, NFC fuzzing, Wi-Fi Direct, and smart home attacks. The learning format is essentially self-study through a book; the page does not mention live classes, recorded lessons, 1-on-1 tutoring, assignment review, or a learning community.
The author lineup is one of the book’s major strengths. Fotios Chantzis has experience as a core Nmap developer and previously worked at Mayo Clinic on security assessments for medical devices and critical healthcare infrastructure. Ioannis Stais leads the red team at CENSUS S.A. and has participated in many security assessment projects. The other authors also have backgrounds in network and application security, fintech security, open-source security tools, and cybersecurity policy. Several authors have presented at conferences such as DEF CON and Black Hat Europe, suggesting that the content leans strongly toward practical work and research.
The page does not list a specific price, nor does it state whether any certification or certificate is provided. Since this is a book-based product, support is likely to come mainly through the publishing channels, free chapters, and GitHub resources rather than course-style teaching assistant support. Its value for money will depend on the purchase price, but judging from the breadth of coverage and the authors’ backgrounds, it should offer strong value for professional readers.
Its strengths are its comprehensive structure and practical focus. It connects networking, hardware, wireless, firmware, and mobile-side security into a coherent IoT security testing workflow, making it suitable for IoT security assessors, penetration testers, hardware security researchers, and security learners who already have some foundation. The downside is that the entry barrier is relatively high, so complete beginners may find it difficult to absorb directly. It also lacks interactive teaching, Chinese-language support, and a certificate, making it less suitable for those who simply want an introductory credential or structured coaching.
The page does not provide information about access from mainland China, payment methods, or purchase availability, so its China access status is unknown. If purchasing is difficult or you need a Chinese-language learning path, alternatives include other No Starch Press security books, domestic cybersecurity courses, hardware security lab courses, or pairing this book with free training platforms such as PortSwigger Academy to strengthen your Web security fundamentals.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on practical-iot-hacking.com official site.
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