French lawmakers voted Tuesday to ban social media platforms for children under 15 years of age [1].

This legislation establishes France as the first European Union country to implement such a comprehensive ban on social media for minors [2]. The move represents a significant shift in how national governments regulate digital access for children, prioritizing public health over platform accessibility.

The French Parliament in Paris passed the measure on July 21, 2026 [3]. Lawmakers approved the ban by a large majority [4]. The legislation targets the use of social media platforms by children under 15 [1].

Officials said the ban is intended to protect children from the harmful mental-health effects associated with digital content [5]. The government cited concerns regarding social-media addiction as a primary driver for the law [6]. By removing these platforms from the daily lives of younger adolescents, the state aims to mitigate the psychological risks linked to constant connectivity, and algorithmic curation [5].

This legislative action follows a broader trend of restricting mobile device usage in educational settings within the country [7]. The new law extends the government's reach beyond the classroom and into the private digital lives of minors, creating a legal barrier to entry for the most popular social networking sites.

While the law has passed, the focus now shifts to how the French government will enforce age verification requirements. Platforms will likely be required to implement stricter identity checks to ensure users under 15 cannot bypass the restriction [2].

“France becomes the first EU country to ban social media for children.”

This legislation signals a move toward 'digital sovereignty' over childhood, where the state assumes a parental role in regulating technology. If successful, France's model may serve as a blueprint for other EU nations facing similar crises of youth mental health and screen addiction, potentially forcing global social media companies to overhaul their age-verification systems across the continent.