Chosen-input side-channel analysis on unrolled light-weight cryptographic hardware

Yli-Mäyry, Ville; Homma, Naofumi; Aoki, Takafumi

doi:10.1109/isqed.2017.7918332

Cited by 7 publications

(16 citation statements)

References 12 publications

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“…CPA‐ and DPA‐based power analysis methods for PRINCE ciphers with an unrolled architecture have been proposed 13–16 . The analyses was performed as a known plaintext attacks 13,14 or as chosen plaintext attacks 15,16 . It has been found that a chosen plaintext attack is easier to analyze than a known plaintext attack 15 …”

Section: Preparationmentioning

confidence: 99%

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Multiple countermeasures on unrolled architecture PRINCE against power analysis and its evaluation

Takemoto

Nozaki

Yoshikawa

2020

Elect Comm in Japan

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Lightweight block ciphers, which can be implemented with low cost, are suitable for improving the safety of small devices. PRINCE is a typical lightweight block cipher and suitable for unrolled architecture implementation. In addition, PRINCE can be achieved low latency and embedded in a small area. However, it has been reported that PRINCE with unrolled architecture implementation is vulnerable to power analysis. Regarding countermeasure against power analysis, the threshold implementation and rotating S‐boxes masking are popular countermeasures, these require large implementation overhead though. Therefore, this study proposes a low‐overhead power analysis countermeasure method for PRINCE with unrolled architecture. Moreover, evaluation experiments using a field‐programmable gate array verify the effectiveness of the proposed method. In experiments, the proposed method improved tamper resistance and reduced implementation overhead in comparison with the conventional method.

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Section: Preparationmentioning

confidence: 99%

“…The analyses was performed as a known plaintext attacks 13,14 or as chosen plaintext attacks 15,16 . It has been found that a chosen plaintext attack is easier to analyze than a known plaintext attack 15 …”

Section: Preparationmentioning

confidence: 99%

Multiple countermeasures on unrolled architecture PRINCE against power analysis and its evaluation

Takemoto

Nozaki

Yoshikawa

2020

Elect Comm in Japan

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show abstract

“…12 CPA-and DPA-based power analysis methods for PRINCE ciphers with an unrolled architecture have been proposed. [13][14][15][16] The analyses was performed as a known plaintext attacks 13,14 or as chosen plaintext attacks. 15,16 It has been found that a chosen plaintext attack is easier to analyze than a known plaintext attack.…”

Section: Power Analysis Attacks On Princementioning

confidence: 99%

“…[13][14][15][16] The analyses was performed as a known plaintext attacks 13,14 or as chosen plaintext attacks. 15,16 It has been found that a chosen plaintext attack is easier to analyze than a known plaintext attack. 15 When analyzing chosen plaintext attacks, we focus on the S-layer, which is a nonlinear process in the PRINCE architecture, and guess the value of the 128-bit secret key k by two-stage analysis.…”

Section: Power Analysis Attacks On Princementioning

confidence: 99%

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Multiple Countermeasures on Unrolled Architecture PRINCE against Power Analysis and its Evaluation

2019

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Lightweight block ciphers, which can be implemented with low cost, are suitable for improving the safety of small devices. PRINCE is a typical lightweight block cipher and suitable for unrolled architecture implementation. In addition, PRINCE can be achieved low latency and embedded in a small area. However, it has been reported that PRINCE with unrolled architecture implementation is vulnerable to power analysis.Regarding countermeasure against power analysis, the threshold implementation and rotating S-boxes masking are popular countermeasures, these require large implementation overhead though. Therefore, this study proposes a low-overhead power analysis countermeasure method for PRINCE with unrolled architecture. Moreover, evaluation experiments using a field-programmable gate array verify the effectiveness of the proposed method. In experiments, the proposed method improved tamper resistance and reduced implementation overhead in comparison with the conventional method. K E Y W O R D S hardware security, lightweight block cipher, power analysis tamper resistance, PRINCE, side-channel attack Electron Comm Jpn. 2020;103:41-53.

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Combined Side-Channel Attacks on a Lightweight Prince Cipher Implementation

Seçkiner

Köse

2021

2021 IEEE 34th International System-on-Chip Conference (SOCC)

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Chosen-input side-channel analysis on unrolled light-weight cryptographic hardware

Cited by 7 publications

References 12 publications

Multiple countermeasures on unrolled architecture PRINCE against power analysis and its evaluation

Multiple countermeasures on unrolled architecture PRINCE against power analysis and its evaluation

Multiple Countermeasures on Unrolled Architecture PRINCE against Power Analysis and its Evaluation

Combined Side-Channel Attacks on a Lightweight Prince Cipher Implementation

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