Public administrations provide critical services and manage sensitive data for a country’s citizens. Recent phishing campaigns targeting public sector employees highlight their attractiveness as targets. Deploying state-of-the-art authentication technologies, such as FIDO2, can improve overall security. We conducted a mixedmethods study in Germany to understand better the practices and challenges of deploying passwordless authentication in the public sector. First, we conducted an online survey (N=108) among German public sector employees to gain insights into their experiences and challenges. Next, we partnered with an e-government vendor and performed an in-situ experiment. We let 11 employees from the public sector experience FIDO2 under real-world conditions. Our results show that only a minority of our participants were aware of current passwordless authentication procedures. In our experiment, FIDO2-based methods left an overall positive impression. Hierarchical and heterogeneous public sector structures and the need for more technical expertise and equipment were barriers to adoption.
History
Editor
Yamashita N ; Evers V ; Yatani K ; Ding SX ; Lee B ; Chetty M ; Dugas POT
Primary Research Area
Empirical and Behavioral Security
Name of Conference
International Conference on Human Factors in Computing Systems (CHI)
CISPA Affiliation
Yes
Journal
CHI
Page Range
1-16
Publisher
Association for Computing Machinery (ACM)
Open Access Type
Not Open Access
BibTeX
@conference{Holtgrave:Klivan:Marky:Fahl:2025,
title = "A Qualitative Study of Adoption Barriers and Challenges for Passwordless Authentication in German Public Administrations",
author = "Holtgrave, Jan-Ulrich" AND "Klivan, Sabrina" AND "Marky, Karola" AND "Fahl, Sascha",
editor = "Yamashita, Naomi" AND "Evers, Vanessa" AND "Yatani, Koji" AND "Ding, Sharon Xianghua" AND "Lee, Bongshin" AND "Chetty, Marshini" AND "Dugas, Phoebe O Toups",
year = 2025,
month = 4,
journal = "CHI",
pages = "1--16",
publisher = "Association for Computing Machinery (ACM)",
doi = "10.1145/3706598.3713252"
}