Google has begun deploying its AI-driven age assurance system across Canada, using existing account activity to estimate whether a user is likely underage.
The technology relies on machine learning to analyze signals already tied to a user’s Google account, such as the type of content someone has searched for or the categories of videos watched on YouTube. Based on these patterns, the system attempts to determine whether an account holder is likely a minor.
When the system flags an account as belonging to someone under 18, Google says it will apply additional protections to that account, including safeguards that limit certain content suggestions. Users who are notified of this change will receive alerts both by email and within Google’s products.
How Users Can Correct Mistaken Age Flags
Google has acknowledged that the age-estimation software could misclassify some users as underage. In such cases, the company says affected users will have the option to verify their actual age through methods like submitting a government-issued ID or taking a selfie.
Google has stated that it will not collect any new categories of personal information as part of this system, aside from the ID or selfie submitted specifically for age verification purposes when a user disputes their classification.
Part of a Broader Industry Trend
Google’s move comes amid a wider push across jurisdictions to introduce age-related restrictions for social media and online platforms. The company is not the only major tech firm turning to artificial intelligence for this purpose.
Meta has already introduced similar AI-based age detection in Canada, placing suspected underage users into designated teen accounts. Meta’s system reportedly draws on contextual signals, such as posts referencing birthday celebrations, to help identify accounts that may belong to minors. The company has also said it is expanding this system to analyze photos for visual indicators of age. Earlier reports had indicated that Meta’s verification methods included physical characteristics such as height and bone structure.
This article references reporting from:
