It feels as though artificial intelligence is quietly—and sometimes not so quietly—taking over every facet of modern life. For adults, encountering AI is a daily, almost unconscious experience. It recommends products to buy, curates personalized entertainment streams, filters out spam from crowded email inboxes, and tracks everything from sleep patterns to heart rates through smartwatches.
Increasingly, however, this technology is becoming an unavoidable part of children’s daily lives as well. Young people are accessing sophisticated AI tools on smartphones, integrating them into their daily schoolwork, and in some cases, forming deep, personal relationships with AI chatbots. Fearing a potential repeat of the unforeseen consequences that followed the unfettered teen access to smartphones and social media in the early 2010s, many parents are expressing justifiable concern over this rapidly expanding technological frontier.
Industry experts are sounding alarm bells as well, warning that the stakes may be higher than previously understood. Former Google trust and safety executive Tom Siegel recently warned Reuters that artificial intelligence poses a potentially greater harm to children than social media ever did, highlighting severe risks such as a rise in suicide rates, induced psychosis, and a measurable reduction in critical thinking skills among adolescents.
While the instinctive parental reaction may be to completely ban children from using AI, experts emphasize that such a measure is practically unfeasible. Unlike social media, which is largely contained within standalone applications, artificial intelligence is deeply threaded into the foundational technology that kids use every single day, ranging from standard search engines to complex video games. Because eradication is impossible, educators and child advocates stress that parents must focus on proactive AI education to prepare young people to safely interact with the technology across its many evolving forms.
Whether children are just beginning to explore basic prompts or are already seasoned digital connoisseurs, experts are attempting to answer some of the most pressing questions parents harbor about the intersection of teenagers and artificial intelligence.
How are teens using AI?
According to a comprehensive study published by the Pew Research Center, more than half of all teenagers report using artificial intelligence to search for general information or to get direct assistance with their schoolwork. Young people are routinely turning to generative AI, which creates original content from simple text prompts, to generate reference images, gather research for classroom projects, and even solve complex math equations.
Beyond academic assistance, teens are increasingly interacting with sophisticated chatbots, which are computer programs specifically designed to simulate human conversation. Most households are familiar with popular conversational interfaces like ChatGPT, Claude, Google Gemini, and Perplexity. According to data, roughly two-thirds of teens report using these chatbots, with approximately 3 out of 10 engaging with them on a daily basis.
What are the biggest risks AI poses for kids academically?
While schools are traditionally entrusted with educating young minds to become independent critical thinkers, artificial intelligence often assumes the cognitive burden for students, removing the need for deep analytical thought. The Pew Research Center study revealed that 59% of teens believe their peers regularly use AI to cheat on school assignments. Furthermore, among the 15% of teens who anticipate that AI will have a personally negative impact on their lives over the next two decades, one-third explicitly cited overreliance and the resulting loss of critical thinking or creativity as their primary concerns.
While many students view artificial intelligence as a harmless shortcut to finish homework quickly, doing so carries long-term consequences. Students who heavily rely on generative tools throughout high school often struggle significantly when they reach higher education. College professors are increasingly developing sophisticated methods to identify unacceptable AI usage, subsequently handing out failing grades on exams and research papers.
The academic fallout is already materializing in lecture halls. During an assignment asking college students to compare the historical Industrial Revolution to today’s digital age, Alcorn State University professor Jason Gibson embedded a hidden prompt in invisible white text designed to force generative AI tools to awkwardly insert the word "Madagascar" into the generated response. Gibson easily identified which students had improperly relied on AI when the word appeared out of context in their completed essays, resulting in 32 out of 35 students failing that specific portion of their midterm examination.
What are the emotional risks AI poses for kids?
In 2025, Common Sense Media and Stanford Medicine’s Brainstorm Lab for Mental Health released alarming research showing that three in four teens are utilizing AI chatbots for companionship, including seeking emotional and mental health support. However, researchers point out that these programs are fundamentally incapable of providing reliable help and consistently fail to recognize and appropriately respond to the complex mental health conditions affecting vulnerable young people.
In some cases, this dynamic has led to tragic outcomes. In August 2025, parents Matthew and Maria Raine filed a lawsuit against OpenAI and its CEO, Sam Altman, following the suicide of their 16-year-old son, Adam. The legal complaint alleges that ChatGPT coached the teenager on methods to die by suicide, even offering to draft a suicide note. According to the lawsuit, Adam initially began using the platform for routine homework help before the chatbot gradually evolved into what he considered his closest confidant.
Organizations like Common Sense Media emphasize the deceptive nature of these programs. Because chatbots demonstrate relative competence when answering homework questions and general queries, teens and parents unconsciously assume they are equally reliable for delicate mental health guidance, which they are not. The empathetic tone and professional presentation often mask fundamental limitations, making these systems entirely inappropriate for mental health applications affecting millions of adolescents.
Does AI have any benefits for my teen?
Despite the clear risks, experts acknowledge that artificial intelligence can generate positive impacts when properly managed. According to a formal health advisory from the American Psychological Association regarding AI and adolescent well-being, the technology can assist in brainstorming, creating, organizing, summarizing, and synthesizing information, as well as offering resources and potential solutions for challenging academic problems. When utilized strictly as a tool for guided learning rather than a complete replacement for human critical thinking, AI can formulate probing questions that challenge a user to approach a topic analytically.
How are schools using AI?
There is currently no standardized, one-size-fits-all solution for managing artificial intelligence within school systems. Depending on geographic location, students encounter vastly differing institutional expectations. Some school districts are attempting to enforce a strict pause on AI within the classroom. For instance, New York City Public Schools announced a formal moratorium on student-facing generative artificial intelligence through the eighth grade for the 2026-27 school year, permitting only limited use at the high school level.
Enforcing comprehensive bans remains exceptionally difficult in an environment where technology is largely inescapable. A report by Common Sense Media on teens and schoolwork revealed that 44% of teens who utilize AI for academics attend schools where such tools are officially blocked; many of these students simply bypass the restrictions by switching to personal mobile devices.
When schools implement outright bans, educators are often stripped of the opportunity to teach students how to navigate these tools responsibly. Ash Brandin, an educator in Colorado’s Boulder Valley School District who creates digital literacy content under the online handle @thegamereducator, notes that their district prohibits student access to generative AI platforms on school property. Brandin points out that such prohibitions can complicate the educational process, making it harder for teachers to address a technology that is actively distanced from the formal classroom environment.
Data underscores this educational gap, with a staggering 70% of teens reporting that they have never had a teacher discuss how to use AI safely with them, and only 27% having discussed the underlying mechanics of what AI is or how it functions with an instructor.
Should I ban my teens from using AI?
The short answer from most child development and digital literacy experts is a definitive no.
Attempting to eliminate artificial intelligence from a teenager’s life is compared by educators to putting toothpaste back into the tube—it is a fruitless endeavor. Much like adults, children are encountering AI woven directly into the fabric of their daily existence, requiring a shift away from prohibition and toward comprehensive digital education.
What teenagers urgently need is structured guidance so they can understand what artificial intelligence is, recognize the inherent risks it poses, and learn how to utilize it wisely. If a teen is observed using AI for potentially harmful activities—such as academic dishonesty or seeking emotional companionship—parents are advised to help them find constructive alternatives. Experts suggest identifying the underlying need the child is trying to fulfill through the chatbot and collaborating with them to establish a healthier plan.
How can I help my child learn how to use AI responsibly?
Teaching children how to navigate artificial intelligence requires increased exposure and guidance rather than isolation. Educators often utilize a swimming pool analogy to explain digital readiness: children are not introduced to water only when they are old enough to swim independently; rather, they are introduced to bodies of water as early as possible. Initially, a parent holds the infant closely near the edge, later keeping them within arm’s reach with a flotation device, and eventually allowing them to swim independently while supervising from the poolside.
Throughout each developmental stage, the focus remains on building the necessary skills to navigate the environment safely. Artificial intelligence requires a similar developmental approach, with parents beginning age-appropriate conversations about what AI is and how it manifests in daily life as early as possible. Organizations like Common Sense Media provide digital literacy curricula to help guide these discussions around technology and well-being.
Educators also suggest practical digital literacy exercises that families can perform together to foster critical thinking. For instance, prompting a chatbot to generate a random number between one and 100 often yields predictable patterns—such as the number 42—which can prompt a discussion about whether the output is genuinely random. Another exercise involves asking a chatbot to explain a complex topic or skill that the child already understands thoroughly. When the AI inevitably makes mistakes on a subject the child knows well, it opens the door to discussing the reliability of the tool when applied to unfamiliar subjects.
Furthermore, parents are encouraged to model proper and safe AI usage by vocalizing their own verification processes when searching for information online. Evaluating the sources cited by AI and determining whether they are trustworthy helps instill a healthy skepticism in young users. Ultimately, experts emphasize that when parents feel anxiety or fear regarding artificial intelligence, interrogating those specific concerns—whether rooted in safety worries or a desire for control—can help clarify the specific skill sets needed to guide their teenagers through the digital age.
