Concurrent error detection of fault-based side-channel cryptanalysis of 128-bit symmetric block ciphers

Karri, Ramesh; Wu, Kaijie; Mishra, Piyush; Kim, Yongkook

doi:10.1145/378239.379027

Cited by 41 publications

(22 citation statements)

References 15 publications

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“…AES에 대한 오류 주입 공격을 방어하는 방법들로 는 동시 오류 검출(CED) 방법 [11], 패리티 비트를 이용한 대응 방법 [12,13], S-Box의 입․출력 연관 성을 검사하는 방법 [14,15], CRC를 이용하는 방법 [16], 입․출력 차분 특성을 이용한 대응 방법 [17] ( …”

Section: 블록 암호 Aria에 대한 오류 주입 공격 대응 방안unclassified

A Countermeasure Against Fault Injection Attack on Block Cipher ARIA

Kim

2013

Journal of the Korea Institute of Information Security and Cryp

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An encryption algorithm is executed to supply data confidentiality using a secret key which is embedded in a crypto device.However, the fault injection attack has been developed to extract the secret key by injecting errors during the encryption processes. Especially, an attacker can find the secret key of block cipher ARIA using about 33 faulty outputs. In this paper, we proposed a countermeasure resistant to the these fault injection attacks by checking the difference value between input and output informations. Using computer simulation, we also verified that the proposed countermeasure has excellent fault detection rate and negligible computational overhead.

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Section: 블록 암호 Aria에 대한 오류 주입 공격 대응 방안unclassified

A Countermeasure Against Fault Injection Attack on Block Cipher ARIA

Kim

2013

Journal of the Korea Institute of Information Security and Cryp

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“…al [14] developed a systematic CED approach for symmetric block ciphers at the register transfer level that exploits the inverse relationship between the encryption and decryption at the algorithm level, round level and individual operation level. They demonstrated this inverse-relationship principle on 128-bit symmetric block ciphers including Advanced Encryption Standard, RC6 and Serpent.…”

Section: Ced Architectures For Symmetric Block Ciphers: Backgroundmentioning

confidence: 99%

Parity-Based Concurrent Error Detection of Substitution-Permutation Network Block Ciphers

Karri¹,

Kuznetsov

Goessel

2003

Lecture Notes in Computer Science

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Abstract. Deliberate injection of faults into cryptographic devices is an effective cryptanalysis technique against symmetric and asymmetric encryption algorithms. In this paper we will describe parity code based concurrent error detection (CED) approach against such attacks in substitution-permutation network (SPN) symmetric block ciphers [22]. The basic idea compares a carefully modified parity of the input plain text with that of the output cipher text resulting in a simple CED circuitry. An analysis of the SPN symmetric block ciphers reveals that on one hand, permutation of the round outputs does not alter the parity from its input to its output. On the other hand, exclusive-or with the round key and the non-linear substitution function (s-box) modify the parity from their inputs to their outputs. In order to change the parity of the inputs into the parity of outputs of an SPN encryption, we exclusive-or the parity of the SPN round function output with the parity of the round key. We also add to all s-boxes an additional 1-bit binary function that implements the combined parity of the inputs and outputs to the s-box for all its (input, output) pairs. These two modifications are used only by the CED circuitry and do not impact the SPN encryption or decryption. The proposed CED approach is demonstrated on a 16-input, 16-output SPN symmetric block cipher from [1].

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“…Also we can inject faults temporarily in the cryptographic system in reason to retrieve the secret key or state. Many error detection schemes have been implemented to make a robust hardware design and to secure cryptographic systems against faults injection attacks [12][13][14][15][16][17][18][19][20][21].…”

Section: Introductionmentioning

confidence: 99%

Fault Attacks Resistant Architecture for KECCAK Hash Function

Kahri¹,

Mestiri²,

Bouallègue³

et al. 2017

ijacsa

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Abstract-The KECCAK cryptographic algorithms widely used in embedded circuits to ensure a high level of security to any systems which require hashing as the integrity checking and random number generation. One of the most efficient cryptanalysis techniques against KECCAK implementation is the fault injection attacks. Until now, only a few fault detection schemes for KECCAK have been presented. In this paper, in order to provide a high level of security against fault attacks, an efficient error detection scheme based on scrambling technique has been proposed. To evaluate the robust of the proposed detection scheme against faults attacks, we perform fault injection simulations and we show that the fault coverage is about 99,996%. We have described the proposed detection scheme and through the Field-Programmable Gate Array analysis, results show that the proposed scheme can be easily implemented with low complexity and can efficiently protect KECCAK against fault attacks. Moreover, the FieldProgrammable Gate Array implementation results show that the proposed KECCAK fault detection scheme realises a compromise between implementation cost and KECCAK robustness against fault attacks.

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Concurrent error detection of fault-based side-channel cryptanalysis of 128-bit symmetric block ciphers

Cited by 41 publications

References 15 publications

A Countermeasure Against Fault Injection Attack on Block Cipher ARIA

A Countermeasure Against Fault Injection Attack on Block Cipher ARIA

Parity-Based Concurrent Error Detection of Substitution-Permutation Network Block Ciphers

Fault Attacks Resistant Architecture for KECCAK Hash Function

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