Behind the Mask: A Computational Study of Anonymous' Presence on Twitter
Keenan Jones, Jason R. C. Nurse, Shujun Li (University of Kent)

TL;DR
This study uses machine learning and social network analysis to quantitatively examine the presence, influence, and discussion topics of over 20,000 Anonymous Twitter accounts from 2008 to 2019, challenging prior qualitative claims.
Contribution
It introduces the first large-scale computational analysis of Anonymous on Twitter, identifying influential accounts and analyzing their discussion topics with novel machine learning methods.
Findings
Identification of highly influential accounts within the network
Similarity in discussion topics among key influencer accounts
Quantitative evidence supporting previous qualitative claims about the group
Abstract
The hacktivist group Anonymous is unusual in its public-facing nature. Unlike other cybercriminal groups, which rely on secrecy and privacy for protection, Anonymous is prevalent on the social media site, Twitter. In this paper we re-examine some key findings reported in previous small-scale qualitative studies of the group using a large-scale computational analysis of Anonymous' presence on Twitter. We specifically refer to reports which reject the group's claims of leaderlessness, and indicate a fracturing of the group after the arrests of prominent members in 2011-2013. In our research, we present the first attempts to use machine learning to identify and analyse the presence of a network of over 20,000 Anonymous accounts spanning from 2008-2019 on the Twitter platform. In turn, this research utilises social network analysis (SNA) and centrality measures to examine the distribution…
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Taxonomy
TopicsMisinformation and Its Impacts · Cybercrime and Law Enforcement Studies · Hate Speech and Cyberbullying Detection
