A Differential Fault Attack on Security Vehicle System Applied SIMON Block Cipher

Zhang, Jinbao; Ji, Xiaodong; Wang, Jiehua; Li, Jianhua; Wang, Na

doi:10.1109/tits.2022.3157955

Cited by 5 publications

(3 citation statements)

References 25 publications

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“…SIMON is a block cipher that uses a key size of 64, 96, or 128 bits and a block size of 64 bits. It is designed to be fast and efficient while providing strong encryption 10 . SIMON uses a round-based structure with a key schedule that is based on the Feistel network.…”

Section: The Lightweight Encryption Algorithmsmentioning

confidence: 99%

A Novel System for Confidential Medical Data Storage Using Chaskey Encryption and Blockchain Technology

Badr,

Fourati,

Ayed

2023

Baghdad Sci.J

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Secure storage of confidential medical information is critical to healthcare organizations seeking to protect patient's privacy and comply with regulatory requirements. This paper presents a new scheme for secure storage of medical data using Chaskey cryptography and blockchain technology. The system uses Chaskey encryption to ensure integrity and confidentiality of medical data, blockchain technology to provide a scalable and decentralized storage solution. The system also uses Bflow segmentation and vertical segmentation technologies to enhance scalability and manage the stored data. In addition, the system uses smart contracts to enforce access control policies and other security measures. The description of the system detailing and provide an analysis of its security and performance characteristics. The resulting images were tested against a number of important metrics such as Peak Signal-to-Noise Ratio (PSNR), Mean Squared Error (MSE), bit error rate (BER), Signal-to-Noise Ratio (SNR), Normalization Correlation (NC) and Structural Similarity Index (SSIM). Our results showing that the system provides a highly secure and scalable solution for storing confidential medical data, with potential applications in a wide range of healthcare settings.

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Section: The Lightweight Encryption Algorithmsmentioning

confidence: 99%

A Novel System for Confidential Medical Data Storage Using Chaskey Encryption and Blockchain Technology

Badr,

Fourati,

Ayed

2023

Baghdad Sci.J

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“…In contrast to the passive SCA, FIA is the active technique, which intentionally injects data faults into the IoT devices and reveals the confidential information by analyzing the faulty outputs [4]. With the active and controllable nature, FIA demonstrates higher attack efficiency and higher potential hazards [5][6][7]. Among the FIA techniques, the low-cost techniques, such as clock glitch attack [8], voltage glitch attack [9] and electromagnetic harmonic attack [10], aim to disturb the clock system of the IoT devices to inject timing faults.…”

Section: Introductionmentioning

confidence: 99%

Parity Check Based Fault Detection against Timing Fault Injection Attacks

Zhang

Wang

et al. 2022

Electronics

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Fault injection technologies can be utilized to steal secret information inside integrated circuits (ICs), and thus cause serious information security threats. Parity check has been adopted as an efficient method against fault injection attacks. However, the contradiction between security and overhead restricts the further development and applications of parity check in fault injection detection. This paper proposes two methods, mixed-grained parity check and word recombination parity check, based on parity check for the trade-off between security and overhead. The efficiency of the proposed approaches is verified on RC5, AES, and DES encryption implementations by clock glitch attack. Compared with the traditional parity check, the fault coverage rate of the mixed-grained approach can be increased by up to 53.69% by consuming 13.2% registers more. Against the traditional parity check, the fault coverage rate of the word recombination approach can be increased by up to 47.16% by using only 2.35% register more. The proposed approaches provide IC designers with countermeasure options targeting different design skills and design specifications.

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“…Also, a variety of lightweight block ciphers have been proposed in the literatures. Many of them are hardware-friendly systems, [4][5][6] and others focus on software performance or both hardware and software performance. 7,8 However, most existing lightweight block ciphers are unsuitable for at least one type of hardware, software, or implementations in low resource environments.…”

Section: Introductionmentioning

confidence: 99%

Differential fault analysis on the lightweight block cipher plug‐in plug‐out

Xiao

Wang

2022

Security and Privacy

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In recent years, many lightweight block ciphers were proposed to provide security for resource-constrained environments such as Internet of Things (IoT). PIPO, which stands for "plug-in plug-out", is just a lightweight bit-sliced block cipher offering excellent performance in 8-bit AVR software implementations.In fact, PIPO owns 64-bit input and output, 128-bit secret key. In this article, we consider the differential fault analysis (DFA), a typical side-channel attack, on the PIPO cipher. More concretely, for the first time, we apply the mixed attack model, which considers the DFA on the encryption state and key schedule simultaneously, to recover PIPO's 128-bit master key. The theoretical analysis shows that, in average, after injecting 4-byte faults, the complexity of obtaining the master key reduces from 2 128 reduces to 2 14 . In fact, this attack model alleviates the assumption on attacker than the bit-injection case. It should be noted that our analysis also holds for other bit-sliced block ciphers. Finally, the simulations show that our proposed DFA on PIPO cipher is rather practical.

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A Differential Fault Attack on Security Vehicle System Applied SIMON Block Cipher

Cited by 5 publications

References 25 publications

A Novel System for Confidential Medical Data Storage Using Chaskey Encryption and Blockchain Technology

A Novel System for Confidential Medical Data Storage Using Chaskey Encryption and Blockchain Technology

Parity Check Based Fault Detection against Timing Fault Injection Attacks

Differential fault analysis on the lightweight block cipher plug‐in plug‐out

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