Prince Harry and Meghan Markle Advocate for Safer Social Media for Children’s Mental Health

Prince Harry and Meghan Markle Advocate for Safer Social Media for Children’s Mental Health

Prince Harry and Meghan Markle Advocate for Safer Social Media for Children’s Mental Health

The Duke and Duchess of Sussex, Prince Harry, and Meghan Markle have taken a stand for children’s mental health by urging social media companies to enhance content moderation to protect young users.

Duke and Duchess of Sussex Push for Stricter Online Content Controls at Mental Health Awareness Event

In a mental health awareness event organized by the Archewell Foundation, Prince Harry and Meghan Markle called on social media firms to implement stricter content moderation policies to safeguard children’s well-being in the digital age.

Harry and Meghan Call for Improved Social Media Content Moderation in Mental Health Campaign

Prince Harry and Meghan Markle, who have been open about their own mental health challenges, participated in a panel discussion with US Surgeon General Vivek Murthy and NBC host Carson Daly.

Together, they emphasized the need for better content moderation on social media platforms, particularly those designed to attract younger users.

Royal Couple Addresses Social Media Concerns Impacting Children’s Mental Health

The Duke and Duchess of Sussex spoke passionately about the harm caused by unregulated social media content and expressed their commitment to making social media use safer for children.

Prince Harry and Meghan Markle’s Commitment to Safer Social Media for Kids

At the mental health event coinciding with World Mental Health Day, Prince Harry and Meghan Markle highlighted the importance of addressing the negative impact of social media on children’s mental well-being and advocated for a safer and more positive digital environment.

They shared their engagement with tech executives to find solutions to these pressing issues.

Share on Facebook «||» Share on Twitter «||» Share on Reddit «||» Share on LinkedIn