Information Operations in Turkey: Manufacturing Resilience with Free Twitter Accounts

TL;DR

This paper investigates Turkish information operations on Twitter, revealing how AKP-linked accounts adapt and persist through strategic network construction despite platform takedowns, highlighting resilience mechanisms distinct from other state actors.

Contribution

The study introduces a BERT-based classifier, a taxonomy for account categorization, and uncovers Turkish IO strategies that enhance network resilience against shutdowns.

Findings

Turkish IO accounts show deliberate coordination signals.

Approximately 30% of collected accounts have been suspended.

Turkish IO employs a unique group structure for resilience.

Abstract

Following the 2016 US elections Twitter launched their Information Operations (IO) hub where they archive account activity connected to state linked information operations. In June 2020, Twitter took down and released a set of accounts linked to Turkey's ruling political party (AKP). We investigate these accounts in the aftermath of the takedown to explore whether AKP-linked operations are ongoing and to understand the strategies they use to remain resilient to disruption. We collect live accounts that appear to be part of the same network, ~30% of which have been suspended by Twitter since our collection. We create a BERT-based classifier that shows similarity between these two networks, develop a taxonomy to categorize these accounts, find direct sequel accounts between the Turkish takedown and the live accounts, and find evidence that Turkish IO actors deliberately construct their network to withstand large-scale shutdown by utilizing explicit and implicit signals of coordination. We compare our findings from the Turkish operation to Russian and Chinese IO on Twitter and find that Turkey's IO utilizes a unique group structure to remain resilient. Our work highlights the fundamental imbalance between IO actors quickly and easily creating free accounts and the social media platforms spending significant resources on detection and removal, and contributes novel findings about Turkish IO on Twitter.