Meta hooked children on Facebook and Instagram, US court hears

BahaNews newsroom brief · 6h ago · 1 min read · via bbc.co.uk

Meta argued social media addiction does not exist, as a trial stemming from a major lawsuit brought by US states started.

The trial of Meta's lawsuit brought by US states has begun, with the company arguing that social media addiction is not a legitimate concept. This is a crucial point of contention, as the plaintiffs argue that Meta intentionally designed its platforms, including Facebook and Instagram, to be addictive, particularly for children. The company's stance is that social media addiction is not a recognized medical condition, and therefore, they cannot be held liable for allegedly causing it.

This trial has significant implications for the tech industry, as it could set a precedent for how social media companies are held accountable for their platforms' impact on users, particularly vulnerable populations like children. The lawsuit claims that Meta's algorithms and design features are aimed at keeping users engaged for as long as possible, even if it means harming their mental health. If the plaintiffs succeed, it could lead to changes in how social media companies operate and design their platforms.

As this trial unfolds, it's essential to watch how the court responds to Meta's arguments and the evidence presented by both sides. The outcome could have far-reaching consequences for the tech industry and may lead to increased scrutiny of social media companies' practices. Additionally, it will be crucial to see how Meta's competitors and other social media companies respond to the trial's findings and whether they will be influenced to make changes to their own platforms.

Originally reported by bbc.co.uk. BahaNews adds analysis for general news readers.

Originally reported by bbc.co.uk. BahaNews curates and briefs the general news stories that matter. Our editorial policy →
Get the daily baha signal:

More from BahaNews

Across the eCorp newsroom network

Part of the eCorp network