Google Ties US School Search Access to AI Consent, Sparking Antitrust Criticism
Google announced that US schools refusing its AI features will lose access to Google Search. Former FTC Chair Lina Khan criticized the move as leveraging monopoly power to force AI adoption.
Tech giant Google has adjusted its product strategy in the US education sector by linking access to its core service, "Google Search," with schools' consent to use artificial intelligence (AI) features. According to an announcement released on Tuesday, if school administrators choose to disable Google's AI tools, students will also lose the ability to perform searches through the Google ecosystem. This measure aims to boost the penetration rate of its AI technology in educational platforms but has sparked intense controversy regarding the abuse of market dominance.
Chris Phillips, Vice President of Education at Google, stated in an official blog post that schools should have control over AI in their classrooms, and thus Google provided more granular management options. However, because the search function is deeply integrated into its AI architecture, completely disabling AI simultaneously cuts off the search entry point. Previously, Google had opened its AI chatbot Gemini to US students using Google Classroom in August, a move that was widely questioned by parents and educators due to concerns about minors' data security and cognitive development.
The policy announcement quickly drew criticism from regulators and children's rights organizations. Lina Khan, former Chair of the US Federal Trade Commission (FTC), pointed out on social media platform X that Google is using its search monopoly to coerce schools into adopting AI. She emphasized that multiple courts have found Google liable for violating antitrust laws, and this latest action highlights the danger of allowing an unregulated monopolist to control essential public service infrastructure. Meanwhile, cities like New York and Los Angeles had previously attempted to restrict the use of generative AI in elementary and middle schools to assess potential impacts on children's brain development.