KIDS AND AI: A STRAIGHT ANSWER
Your child is going to use AI whether or not anyone teaches them how. These are honest answers to the things parents actually worry about, written by people who teach this to eleven-to-eighteen year olds, not by people selling you a reason to panic.
Free to read. No account, nothing to sign up for.
Safe enough to be worth teaching, and risky enough that it should be taught rather than left to chance. The real risks are not the ones that make headlines: they are that AI states false things with total confidence, that it can be unfair in ways nobody notices, and that it is very easy to let it think for you. None of those are solved by banning it. A child who meets AI for the first time unsupervised at fourteen is in more danger than one who learned how it fails at eleven.
What we teach: AI can be confidently wrong, and spotting that is a skill.
It depends entirely on what was handed in and whether anyone was misled. The line we teach is simple: you should be able to explain every part of what you turned in, and you should be honest about the help you had. A student who asks AI to quiz them before a test has done something completely different from a student who asks it to write the essay, even though both 'used AI'.
What we teach: Academic Integrity. Doing your own thinking, and being honest about any help you had, including AI.
It can. That is the honest answer, and it is the reason the last lesson in the program exists rather than the first. The difference is one question: is the AI doing the thinking, or making them think harder? Asking it to quiz you, argue against you, or find the hole in your reasoning builds the muscle. Asking it for the finished answer replaces it. Most children default to the second unless somebody shows them the first.
What we teach: use AI as a learning partner. The best use of AI is not getting answers, it is getting better questions.
You often cannot tell by reading it, and neither can they. That is precisely the problem. AI writes the most likely-sounding answer, so a wrong answer sounds exactly as sure as a right one. The fix is a habit, not a detector: flag the specific claim, find a real source you can actually open, and compare. And you cannot use AI to fact-check AI.
What we teach: how sure an answer sounds tells you nothing about whether it is true.
How do I know when AI is telling my child something false?: the full answer →
Around age 10 and up. The concepts, vocabulary and real-world applications land best from about that age, though the material is approachable enough for younger, motivated children. The better signal than age is whether they are already using it. If a child is asking AI things unsupervised, the moment to teach them has already arrived.
What age should a child start learning about AI?: the full answer →
Three questions before they share anything AI helped make: Is it fair? Is it safe? Is it honest? They are short enough to remember and they cover most of what goes wrong. Beyond that, the most useful thing a parent can do is ask to see the conversation, not just the output. The prompt tells you far more about what your child was thinking than the answer does.
What we teach: a 3-question ethics check, used before anything gets shared.
What should I actually say to my child about AI?: the full answer →
Sometimes yes, sometimes no, and the test is close to the one for homework: could they explain every decision in it, and would anyone be surprised to learn how it was made? A child who described a character twelve different ways until one matched what they had pictured made something. A child who typed "cool dragon" and posted the first result found something. The work is in the deciding, not the rendering.
What we teach: the tool renders; the taste is theirs.
Is it still my child’s work if AI helped make it?: the full answer →
Give them a finish line a single answer cannot reach. "Ask it a question" ends in one exchange. "Make a book cover someone would recognise without the title on it" takes fifteen, because the first fourteen are wrong. The interface invites a question and a result. The making starts when the child holds a standard in their head that the result has to meet.
What we teach: the first output is a starting line, not an answer.
It can, and pretending otherwise would be dishonest. A skill nobody practises does not arrive. But the risk is not spread evenly. A child who reaches for AI at exactly the point they find hard loses that skill. A child who generates twenty versions of a pose and then draws it themselves does not. The question is whether the tool is replacing the practice or pointing at it.
What we teach: notice which part you skipped, and why.
Will using AI stop my child learning to draw or write themselves?: the full answer →
Images, video and audio, custom assistants that follow rules they wrote, automations, and working apps from a plain-language description. That list is real rather than aspirational. It is the Creation unit of the program, lesson by lesson. What matters more than the list is that every item is something a child directs rather than requests.
ChatGPT’s own rules say 13 and up, and under 18 only with a parent’s permission. Nothing stops a younger child from signing up, because nobody checks. For a teenager it can be safe to use with the parental controls on and an adult who knows how it fails. The controls filter content and set limits. They do not let you read the conversations, and they do nothing about the bigger risk: a child believing a confident wrong answer.
The settings limit what it says. Only teaching changes what your child believes.
Is ChatGPT safe for my child, and what age is it for?: the full answer →
Not for kids, and rarely for teens. An AI companion is designed to feel like a friend: always available, always agreeable, and built to keep the conversation going. That design is the problem. It can pull a child away from people, it does not reliably respond well when a child is struggling, and some have produced sexual or harmful content for young users. Common Sense Media recommends that no one under 18 use them. If your child already does, a calm conversation will get further than a confiscated phone.
A friend sometimes tells you no. A companion app is built not to.
Are AI companion apps safe for kids and teens?: the full answer →
Ask what the rule is, class by class, and who decided it. Most schools are still working out their AI policy, so the rules often differ between teachers, and a student can break one without knowing it existed. Five questions cover it: what is allowed, how it should be disclosed, how suspected misuse is handled, whether AI is being taught and not only policed, and which AI tools the school itself uses with student data. A vague answer is common and not a failure. It tells you which parts to teach at home.
A clear rule protects your child. A vague one is the one they break by accident.
What should I ask my child’s school about AI?: the full answer →
Start with your child, not the school: ask calmly what happened, and believe that the answer may be either. Then ask the teacher what the concern is based on. An AI detector score on its own is not proof, because these tools regularly flag writing that a student produced entirely themselves. The evidence that settles it is the work behind the work: drafts, notes, document version history, and your child explaining what they wrote in their own words. If they did use AI, the same conversation still applies, and honesty now costs far less than a denial that unravels later.
A detector score is a reason to talk, not a verdict.
My child has been accused of using AI on schoolwork. What should I do?: the full answer →
What information do you collect about my child?
Very little. To create a child account we ask for your child's first name. That is it. No last name, no date of birth, no school, no personal details. The parent account needs an email address for login and to receive the child's access code. We do not sell or share any data with third parties.
Who is behind this?
Families. Parents involved in their own schools who wanted their children to direct AI rather than be directed by it, and who thought AI literacy was too important to leave to chance. This was built by parents, for parents and children.
IF YOU WANT TO GO FURTHER
Everything above comes from the program we teach: sixteen video lessons that take a student from “what even is this” to directing AI on purpose, with a whole unit on exactly the questions on this page. Parents get their own access alongside their child, because it is hard to guide something you have not seen.
The first lesson is free to watch, no account needed. Start there before you decide anything.