Florida filed a lawsuit Monday against TikTok, accusing the platform of violating the state's child safety law that prohibits minors under 14 from creating social media accounts. The suit claims TikTok continues allowing 13-year-olds to use the platform and is "actively deceiving" the state about compliance efforts.
Florida's law represents one of the strictest age restrictions on social media in the U.S. The state argues that TikTok's account verification system fails to enforce the prohibition effectively, allowing underage users to bypass restrictions and access the app. The company did not immediately respond to requests for comment.
This lawsuit marks an escalation in the conflict between state governments and social media platforms over child safety. Florida joins other states pushing back against tech companies over youth access to addictive social media features. The case centers on whether TikTok's age-gating mechanisms actually work or if the company merely provides a checkbox that users can circumvent.
The timing matters. TikTok faces mounting pressure from federal lawmakers as well, with legislation pending that could force a sale of the platform or impose a nationwide ban. State-level enforcement actions like Florida's create additional legal exposure for the company and signal growing impatience with TikTok's safety measures.
What remains unclear is whether Florida can compel meaningful compliance through litigation alone. TikTok has argued that parents bear responsibility for monitoring their children's app usage. The company also maintains it invests in age verification technology, though critics contend these efforts remain inadequate.
If Florida wins, the verdict could force TikTok to implement stricter age verification systems or face fines. Other states watching the case may file similar suits, creating a patchwork of state-level restrictions that burden the company with compliance costs. For now, this lawsuit tests whether state attorneys general can regulate social media where federal regulators have