Spectral Approach to Process the High-Order Template Attack Against any Masking Scheme |
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Side-channel attacks aim at extracting secret keys from cryptographic devices. Randomly
masking the implementation is a provable way to protect the secrets against this threat …

Side channel attacks are devastating attacks targeting cryptographic implementations. To
protect against these attacks, various countermeasures have been proposed–in particular …

There exists many masking schemes to protect implementations of cryptographic operations
against side-channel attacks. It is common practice to analyze the security of these schemes …

Since the late 90's side-channel attacks have been a threat for cryptographic
implementations. They use observations of physical features of a device while it computes …

Side-channel attacks (SCAs) are among the most powerful physical attacks against
cryptographic implementations. To thwart SCAs, a well-established countermeasure is …

Efficient implementation of Boolean masking in terms of low latency has evolved into a hot
topic due to the necessity of embedding a physically secure and at-the-same-time fast …

Real-world software implementations of cryptographic algorithms need to be able to resist
various kinds of side-channel attacks, in particular Differential Power Analysis (DPA) …

Masking is a popular countermeasure against side channel attacks. Many practical works
use Boolean masking because of its simplicity, ease of implementation and comparably low …

Masking is the best-researched countermeasure against side-channel analysis attacks.
Even though masking was introduced almost 20 years ago, its efficient implementation …