Titlebook: Automated Methods in Cryptographic Fault Analysis; Jakub Breier,Xiaolu Hou,Shivam Bhasin Book 2019 Springer Nature Switzerland AG 2019 Fau

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Differential Fault Analysis Automation on Assembly Codeever, due to optimizations and different ways of realizing algorithmic operations, cipher level analysis does not capture enough details to locate the vulnerable parts of software implementations. On the other hand, manually analyzing the assembly code requires non-negligible amount of time and expe

含鐵

An Automated Framework for Analysis and Evaluation of Algebraic Fault Attacks on Lightweight Block Cired by an earlier framework for the analysis of side-channel attacks presented at EUROCRYPT 2009, a new generic framework is proposed to analyze and evaluate algebraic fault attacks on lightweight block ciphers. We interpret AFA at three levels: the target, the adversary, and the evaluator. We desc

認(rèn)識(shí)

Automatic Construction of Fault Attacks on Cryptographic Hardware Implementationsaphic circuit implementations. Rather than targeting a specific cipher, the presented approach aims at an automatic construction of fault attacks from the circuit description. A Boolean formula that describes the circuit operation and the fault injection is generated and handed over to a SAT solver;

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Automated Deployment of Software Encoding Countermeasure First, we outline the fault resistance properties that are necessary to design an encoding scheme designed to protect cryptographic software implementations against faults. We define theoretical bounds that clearly show the possibilities and limitations of encoding-based countermeasures, together w

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Idempotent Instructions to Counter Fault Analysis Attacksndant instructions protects a software implementation against what are called “instruction-skip” attacks, wherein an adversary targeting a software-based crypto-implementation (e.g., on platform such as micro-controllers) might skip one or more instructions to leak secret information. The idea is to

有斑點(diǎn)

Differential Fault Attack Resistant Hardware Design Automationy. Available countermeasures are either added at the algorithmic level or at the implementation level and incur performance, area and power consumption overhead. Therefore, a trade-off analysis of security and performance needs to be done during the design phase. In this chapter, we discuss an imple

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Automated Evaluation of Concurrent Error Detection Code Protected Hardware Implementationsd in hardware. Advanced linear and non-linear randomized encoding can be employed for constructing varying CED schemes. In this chapter, we provide an automated evaluation method to estimate the detection capability of both linear and non-linear parity-protected ciphers in the presence of fault atta

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