CRCCGRMay 8, 2019

Key-agreement based on automaton groups

arXiv:1905.03124v16 citations
Originality Synthesis-oriented
AI Analysis

This work addresses the need for secure communication in cryptography by introducing new group-based platforms, though it appears incremental as it applies an existing metascheme to different groups.

The authors tackled the problem of secure key-agreement by proposing automaton groups, such as Grigorchuk and Hanoi 3-Towers groups, as platforms for the Anshl-Anshel-Goldfeld metascheme, resulting in a method leveraging groups with unsolvable conjugacy problems for cryptographic applications.

We suggest several automaton groups as key-agreement platforms for Anshl-Anshel-Goldfeld metascheme, they include Grigorchuk and universal Grigorchuk groups, Hanoi 3-Towers group, Basilica group and a subgroup of the affine group with the unsolvable conjugacy problem

Foundations

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