—Injection of transient faults as a way to attack cryptographic implementations has been largely studied in the last decade. Several attacks that use electromagnetic fault injection against hardware or software architectures have already been presented. On microcontrollers, electromagnetic fault injection has mostly been seen as a way to skip assembly… (More)
The use of electromagnetic glitches has recently emerged as an effective fault injection technique for the purpose of conducting physical attacks against integrated circuits. First research works have shown that electromagnetic faults are induced by timing constraint violations and that they are also located in the vicinity of the injection probe. This… (More)
This article considers the use of magnetic pulses to inject transient faults into the calculations of a RISC micro-controller running the AES algorithm. A magnetic coil is used to generate the pulses. It induces computational faults without any physical contact with the device. The injected faults are proved to be constant (i.e. data independent) under… (More)
Electromagnetic Aattacks hve been recently identified as an efficient technique to retrieve the secret key of cryptographic algorithms. Although similar mathematically speaking, Power or Electromagnetic Attacks have different advantages in practice. Among the advantages of EM attacks, the feasibility of attacking limited and bounded area of integrated… (More)
Side Channel Analysis (SCA) is a powerful class of attacks to extract cryptographic keys used in a wide variety of electronic devices that involves authentication, digital signatures or secure storage. Cryptographic systems are made up of cryptographic primitives implemented in Complementary Metal-Oxide-Semiconductor technology. But CMOS logic gates are… (More)
— This paper demonstrates that Magnitude Squared Incoherence (MSI) analysis is efficient to localize hot spots, i.e. points at which focused Electromagnetic (EM) Analyses can be applied with success. It is also demonstrated that MSI may be applied to enhance Differential EM Analyses (DEMA) based on Difference of Means (DoM).