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

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https://doi.org/10.1007/978-3-642-34029-1ion mechanisms, three rely on hard problems from coding theory. Key encapsulation mechanisms are frequently used in hybrid cryptographic systems: a public-key algorithm for key exchange and a secret key algorithm for communication. A major point is thus the initial key exchange that is performed tha

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K. Gust,G. Bartsch,A. Haferkamp 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

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Nach Redaktionsschluss eingegangen:,s 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

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A CCFI Verification Scheme Based on the RISC-V Trace Encoder altered by software or physical attacks. In addition to the CFI’s features, the Code and Control-Flow Integrity (CCFI) verifies the integrity of the executed program code. This paper presents a CCFI verification system for programs executed on RISC-V cores. Our solution is built upon the RISC-V Tra

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ASCA vs. SASCA unprotected key schedule raises the question, which method performs best during key recovery: Soft Analytical Side-Channel Attacks (SASCAs) or Algebraic Side-Channel Attacks (ASCAs). SASCAs as well as ASCAs exploit knowledge about the attacked algorithm by leakage recombination and allow for a comp