The MPC-in-the-Head (MPCitH) paradigm is widely used for building post-quantum
signature schemes, as it provides a versatile way to design proofs of knowledge based on …

Zero-Knowledge (ZK) protocols allow a prover to demonstrate the truth of a statement
without disclosing additional information about the underlying witness. Code-based …

The area of modern zero-knowledge proof systems has seen a significant rise in popularity
over the last couple of years, with new techniques and optimized constructions emerging on …

We propose efficient, post-quantum threshold ring signatures constructed from one-wayness
of AES encryption and the VOLE-in-the-Head zero-knowledge proof system. Our scheme …

We investigate the feasibility of constructing threshold signature schemes from the MPC-in-
the-head paradigm. Our work addresses the significant challenge posed by recent …

The problem of computing an isogeny of large prime degree from a supersingular elliptic
curve of unknown endomorphism ring is assumed to be hard both for classical as well as …

This report covers our analysis (security, proofs, efficiency) of the Round-2 candidates to the
Korean post-quantum competiton KpqC. Signature systems covered in the report are AIMer …

The recent VOLE-based interactive zero-knowledge (VOLE-ZK) protocols along with non-
interactive zero-knowledge (NIZK) proofs based on MPC-in-the-Head (MPCitH) and VOLE …

Abstract The Multi-Party Computation in the Head (MPCitH) paradigm has proven to be a
versatile tool to design proofs of knowledge (PoK) based on variety of computationally hard …

The VOLE-in-the-Head paradigm, recently introduced by Baum et al.(Crypto 2023), is a
compiler that uses SoftspokenOT (Crypto 2022) to transfer any VOLE-based designated …