A federal judge has dismissed antitrust lawsuits filed by Chegg and Penske Media Corporation (PMC), which had accused Google of using its AI-powered search features to unfairly divert web traffic and abuse its monopoly power.

What Happened

US District Judge Amit Mehta ruled on Wednesday that the claims brought by Chegg and PMC, the parent company of Rolling Stone, failed to meet the standards of antitrust law. The lawsuits, filed last year, alleged that Google coerced publishers into supplying content for AI Overviews for free or risk disappearing from search results, thereby hurting publisher revenue by driving away traffic.

In his ruling, Judge Mehta stated that the plaintiffs had only pleaded an "expectation" that Google would send search traffic in exchange for free content. "But an expectation is not an agreement," Mehta wrote. "It is simply how a general search engine works." He added that while the court is not "unsympathetic to the situation publishers now find themselves in," antitrust rules cannot replace legislative decisions regarding the economic impact of new innovation.

Why It Matters

This ruling reinforces the legal boundaries of antitrust enforcement in the context of AI integration within search engines, suggesting that current laws may not adequately address the traffic dynamics created by AI Overviews. As publishers continue to experience significant drops in traffic to news outlets and small websites, the decision highlights the gap between technological innovation and existing regulatory frameworks. The case also underscores the evolving relationship between tech giants and content creators, with recent reports indicating that Google is now paying around 100 publishers for contributions to AI Overviews, AI Mode, and Gemini as part of a pilot program.

The Bottom Line

Judge Mehta’s dismissal indicates that publishers cannot currently use antitrust law to claim a right to search traffic from AI features, shifting the burden to legislative bodies to address the economic consequences of AI-driven search changes.