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Titlebook: Information Security; 27th International C Nicky Mouha,Nick Nikiforakis Conference proceedings 2025 The Editor(s) (if applicable) and The A

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Daniel Köhler,Wenzel Pünter,Christoph Meinelfostering a democratic deliberation on the normative acceptability of emerging technologies (outlined in Chap. 1). Building on pragmatist ethics approaches, the normative ideal of democratic deliberations around science and technology is outlined as an attempt to include different perspectives in th
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Multi-way High-Throughput Implementation of Kyberby SIMD instructions. Specifically, our multi-way . function is capable of generating multiple unique key pairs simultaneously. To start, we introduce a multi-way data format to support the proposed multi-way KEM implementation. We then introduce a multi-way NTT implementation based on this novel da
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The Role of Message-Bound Signatures for the Beyond UnForgeability Features and Weak KeysBUFF notions have been shown to be independent of one another. On the other hand, the analysis by Aulbach et al. (PQCrypto’24) reveals that one of the BUFF notions—message-bound signatures (MBS)—is achieved by most schemes. To achieve BUFF security, there is the generic BUFF transform that achieves
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A Faster Variant of CGL Hash Function via Efficient Backtracking Checksf CGL hash function is its relatively slow computational time, many acceleration methods have been studied, including the use of Legendre form, radical isogenies. An algorithm for computing CGL hash functions proposed at SAC’22 has achieved acceleration of several orders of magnitude, by using .-iso
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Streamlining CSIDH: Cost-Effective Strategies for Group Actions Evaluationposal at Asiacrypt 2018. This paper introduces a new batching strategy for computing multiple group actions in CSIDH, which is essential for constructing cryptographic schemes such as zero-knowledge proofs and signature schemes. Two variants of the batching strategy are presented in this work, suite
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