Titlebook: Constructive Side-Channel Analysis and Secure Design; 14th International W Elif Bilge Kavun,Michael Pehl Conference proceedings 2023 The Ed

Visual-Acuity

Removing the?Field Size Loss from?Duc?et?al.’s Conjectured Bound for Masked Encodingsa.k.a. . with . shares, could be inferred by measuring the mutual information between the leakage and each share separately. This way, security bounds can be derived without having to mount the complete attack. So far, the best proven bounds for masked encodings were . tight with the conjecture, up

ciliary-body

Improving Side-channel Leakage Assessment Using Pre-silicon Leakage Models significant progress in delivering assessment results early in the chip design flow. However, a gap remains with actual implementations where measurements are affected by noise and distortions. These measurement imperfections degrade the assessment of the physical prototype and may lead to false ne

萬神殿

sphincter

反抗者

Blood-Clot

Energy Consumption of?Protected Cryptographic Hardware Cores are usually deployed in environments where access to an electricity network is not feasible and therefore have to be supplied by a battery. Despite the limited energy budget in this setting, many relevant applications require long device runtimes. Additionally, in order to establish secure connecti

garrulous

achlorhydria

White-Box Cryptography with?Global Device Binding from?Message-Recoverable Signatures and?Token-Bases paper we ask the following: is it possible to design a . white-box program which is compiled once, but can be securely shared with multiple users and bound to each of their devices? Acknowledging this question, we define different flavours of security for such global white-boxes and provide corres

Crayon

Constructive Side-Channel Analysis and Secure Design14th International W

Myosin