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Total Size:
42.4 MB
Info Hash:
EC5006B7633F81209A2EA8899B09248326872EBA
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Added:
April 21, 2026, 8:24 p.m.
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(Last updated: April 21, 2026, 8:25 p.m.)
| File | Size |
|---|---|
| Prouff E. Embedded Cryptography 2 2025.pdf | 17.3 MB |
| Prouff E. Embedded Cryptography 1 2025.pdf | 25.1 MB |
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SOURCE: Prouff E. Embedded Cryptography 2 2025
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MEDIAINFO
Textbook in PDF format Embedded Cryptography provides a comprehensive exploration of cryptographic techniques tailored for embedded systems, addressing the growing importance of security in devices such as mobile systems and IoT. Embedded Cryptography 2 is dedicated to masking and cryptographic implementations, as well as hardware security. Among these so-called physical attacks, two main families emerge. The first gathers the (passive) side-channel attacks, including timing attacks proposed by Kocher in 1996 and power analysis attacks proposed by Kocher et al. in 1999, as well as the microarchitectural attacks which have considerably developed after the publication of the Spectre and Meltdown attacks in 2018. This first family of attacks focuses on the impact that the data manipulated by the system have on measurable physical quantities such as time, current consumption, or energy dissipation related to state changes in memories. The second family gathers the (active) fault injection attacks, whose first principles were introduced by Boneh et al. in 1997. These attacks aim to put the targeted system into an abnormal state of functioning. They consist, for example, of ensuring that certain parts of a code are not executed or that operations are replaced by others. Using attacks from either of these families, an adversary might learn sensitive information by exploiting the physical leakage or the faulted output of the system. A full part of this volume is dedicated to Masking in Part 1, which is a widely used countermeasure against side-channel attacks and which has become an important research topic since their introduction in 1999. This part covers a variety of masking techniques, their security proofs and their formal verification. Besides general masking techniques, efficient and secure embedded cryptographic implementations are very dependent on the underlying algorithm. Consequently, Part 2, Cryptographic Implementations, is dedicated to the implementation of specific cryptographic algorithm families, namely, AES, RSA, ECC, and post-quantum cryptography. This part also covers hardware acceleration and constant-time implementations. Secure embedded cryptography needs to rely on secure hardware and secure randomness generation. In cases where hardware alone is insufficient for security, we must rely on additional software techniques to protect cryptographic keys. The latter is known as white-box cryptography. The next three parts of the book address those aspects. Part 3 of this current volume, Hardware Security, covers invasive attacks, hardware countermeasures and physically unclonable functions (PUF). Preface Masking Introduction to Masking Masking Schemes Hardware Masking Masking Security Proofs Masking Verification Cryptographic Implementations Hardware Acceleration of Cryptographic Algorithms .. Constant-Time Implementations Protected AES Implementations Protected RSA Implementations Protected ECC Implementations Post-Quantum Implementations Hardware Security Hardware Reverse Engineering and Invasive Attacks Gate-Level Protection Physically Unclonable Functions List of Authors Index
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