Titlebook: Constructive Side-Channel Analysis and Secure Design; 15th International W Romain Wacquez,Naofumi Homma Conference proceedings 2024 The Edi

防御

Chapter 3 Monetary Cooperation: Case Cormation. For the first time, we evaluate the feasibility of execution of deep learning-based side-channel analysis on standard server equipment using an adapted HE protocol. By examining accuracy and execution time, it demonstrates the successful application of private SCA on both unprotected and p

刺激

Zaiwu Gong,Yi Lin,Tianxiang Yaohtweight solution for key storage, they are frequently suggested in an environment where attackers have direct access to the hardware. This triggered the evaluation of PUFs regarding side-channel weaknesses and the development of corresponding countermeasures. One primitive to overcome such attacks

溫順

Zaiwu Gong,Yi Lin,Tianxiang Yaovices exploits the noise jitter accumulation with ring oscillators. The Set-Reset latch (SR-latch) TRNG is another type which exploits the state of latches around metastability. In this TRNG the dynamic noise is extracted by analysing the convergence state of the related latch. The advantage is its

Misnomer

https://doi.org/10.1007/978-3-642-28777-0n scheme and the superposition property of the Superposition-Tweak-Key (.) framework. The random seed of the PRNG is divided into two parts; one part is used as an ephemeral key that changes every two calls to a tweakable block cipher (TBC), and the other part is used as a static long-term key. Usin

杠桿

Andreas Krau?,János jósvai,Egon Müllerthe runtime of SPHINCS+ is caused by the evaluation of several hash- and pseudo-random functions, instantiated via the hash primitive, offloading this computation to dedicated hardware accelerators is a natural step. In this work, we evaluate different architectures for hardware acceleration of such

皺痕

https://doi.org/10.1007/978-3-642-28923-1 the dimension of the oil space and therefore, the parameter sizes in general, can be reduced. This significantly reduces the public key size while maintaining the appealing properties of UOV, like short signatures and fast verification. Therefore, MAYO is considered as an attractive candidate in th

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新鮮

Counteract

Characterizing and?Modeling Synchronous Clock-Glitch Fault Injectiontiveness against embedded systems with minimal setup. These attacks exploit vulnerabilities with ease, underscoring the importance of comprehensively understanding EMFI. Recent studies have highlighted the impact of EMFI on phase-locked loops (PLLs), uncovering specific clock glitches that induce fa