Ankara, June 17 – A large-scale police operation, primarily centered in Ankara, has resulted in the detention of 258 suspects across 54 provinces in Turkey. The individuals are accused of making posts praising organized crime groups on various social media platforms.
Extensive Operation Targets Social Media Praise for Crime
The operation was launched following intelligence reports and extensive monitoring of social media activities. Authorities identified numerous accounts and individuals who were actively promoting and glorifying organized crime figures and their activities, which is a violation of Turkish law.
Details of the Nationwide Crackdown
Law enforcement agencies, under the coordination of the Ankara Chief Public Prosecutor’s Office, initiated simultaneous raids in the early hours of June 17, 2026. The widespread nature of the operation highlights the concerted effort by Turkish authorities to combat the spread of crime-related propaganda and maintain public order.
The suspects were taken into custody from various locations across the 54 provinces. The charges against them are related to the promotion and praise of criminal organizations, a critical aspect of the fight against organized crime that often uses social media to recruit and maintain influence.
Investigation Continues
Following their detention, the 258 suspects are undergoing questioning. Further details regarding the specific content of their social media posts, their affiliations, and any potential links to active organized crime groups are expected to emerge as the investigation progresses. The authorities have not yet released information on whether any high-profile figures were among those detained.
This operation underscores Turkey’s commitment to eradicating organized crime and preventing its glorification, especially in the digital sphere. The use of social media by criminal elements to spread their ideology and influence is a growing concern globally, and this action by Turkish police is a significant step in addressing the issue domestically.