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The Hardware Hacking Handbook

Breaking Embedded Security with Hardware Attacks

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<b>Hardware attacks on embedded systems explained by notable experts Jasper van Woudenberg and Colin O'Flynn. The authors explore the embedded system threat model, hardware interfaces, various side channel and fault injection attacks (such as timing attacks, simple power analysis, and differential power analysis), as well as voltage and clock glitching.</b> <i>The Hardware Hacking Handbook </i>is a deep dive into hardware attacks on embedded systems, perfect for anyone interested in designing, analyzing, and attacking devices. You'll start with a crash course in embedded systems and threats to them, as well as hardware interfaces and how to set up a test lab, all while learning invaluable theoretical background. Real-life examples and hands-on labs throughout allow you to explore hardware interfaces and complete various side channel or fault attacks on real devices. You'll learn fault injection attacks and methods like voltage glitching, clock glitching, and optical and electromagnetic fault injection, side channel power analysis, and differential fault analysis.

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The Hardware Hacking Handbook, Jasper van Woudenberg, Colin O'Flynn, Joe Grand, Kingpin

Langue
Année de publication
2022
Reliure
(souple),
État du livre
Très bon
Prix
28,99 €

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Titre
The Hardware Hacking Handbook
Sous-titre
Breaking Embedded Security with Hardware Attacks
Langue
Anglais
Publié
2022
Format
souple
Pages
512
ISBN10
1593278748
ISBN13
9781593278748
Séries
Description
<b>Hardware attacks on embedded systems explained by notable experts Jasper van Woudenberg and Colin O'Flynn. The authors explore the embedded system threat model, hardware interfaces, various side channel and fault injection attacks (such as timing attacks, simple power analysis, and differential power analysis), as well as voltage and clock glitching.</b> <i>The Hardware Hacking Handbook </i>is a deep dive into hardware attacks on embedded systems, perfect for anyone interested in designing, analyzing, and attacking devices. You'll start with a crash course in embedded systems and threats to them, as well as hardware interfaces and how to set up a test lab, all while learning invaluable theoretical background. Real-life examples and hands-on labs throughout allow you to explore hardware interfaces and complete various side channel or fault attacks on real devices. You'll learn fault injection attacks and methods like voltage glitching, clock glitching, and optical and electromagnetic fault injection, side channel power analysis, and differential fault analysis.