Where Can I Find Guides on Kids and AI?

How to use this library

These guides exist because the questions parents actually ask about AI are more specific than the answers they get. Not "is AI good or bad" but: what age, which tool, what do I say when my nine-year-old asks whether it is alive, and how do I tell whether the thing on screen is learning or just entertainment. Every guide here answers one of those, and each one takes a position rather than listing considerations.

They are grouped into two pillars. The AI pillar covers safety, age-appropriateness, and how to talk to a child about what AI is — start there if your concern is risk. The coding pillar covers what is worth learning now that machines write code — start there if your concern is opportunity. Most parents arrive worried about the first and end up more interested in the second.

If you only read one, read the pillar page for whichever worry brought you here. Each pillar is a complete answer on its own, and it links onward to the specific questions underneath it. Nothing here assumes a technical background, and nothing assumes you have already made up your mind.

Is AI safe for kids?

The honest parent’s guide to whether AI is safe for kids — the real risks, what actually helps, and how to raise an AI-capable, not AI-dependent, child.

• Is ChatGPT safe for kids? — A straight answer by age — the risks that actually come up, and the five habits that make AI safe when you do let kids use it.
• Screen time and AI — Not all screen time is equal. Why active, creative AI use is different from passive scrolling — and how to keep your child on the right side of the line.
• What is my kid doing on AI? — You can’t read every transcript. Four checks that take under a minute each, what each one tells you, and the one question a ten-year-old actually answers.
• AI apps a parent can actually monitor — Alert, transcript, or record — three different things sold under one word. What seven products say they show a parent, quoted from their own sites.

Teaching kids about AI

A parent’s roadmap to raising an AI-literate kid: what to teach, in what order, and how to turn everyday moments into AI lessons — no computer-science degree required.

• How to explain AI to a child — Simple analogies and sample scripts by age (5–12), plus the three things every kid should understand about AI.
• AI activities for kids — 10 free, screen-smart activities to explore how AI works together — no coding, no sign-up, mostly off the screen.
• Fall break activities for kids — A half-day-by-half-day plan for five unstructured days — ten low-prep blocks, screen and off-screen alternating, ending with your child explaining what they made.
• AI tools for kids — A parent’s shortlist of genuinely kid-appropriate AI tools — what to look for, what to avoid, and how to tell a real kid tool from a repackaged chatbot.

AI for kids

The parent’s starting point for AI and your child: what it is, whether it’s safe, what to teach, and how kids can create with AI instead of just consuming it.

• AI for kids — The parent’s starting point for AI and your child: what it is, whether it’s safe, what to teach, and how kids can create with AI instead of just consuming it.

Coding for kids

How kids learn to code in the AI era — where to start, which language, and why the durable skill is directing a computer, not memorising syntax.

• Coding with AI for kids — The new way kids build real games and apps — by telling an AI what to make and checking what comes back. What “coding with AI” actually means, and why it’s the skill that lasts.
• Coding games for kids — Kids learn to code fastest when they’re building a game they want to play. The best game-first ways to start — free, on-screen and off.
• The best coding language for kids — Scratch, Python, or something else? A straight answer by age — and why the first “language” that matters now is plain English to an AI.

Should my kid learn coding or AI?

The honest answer to the question anxious parents actually Google: you don’t choose. A kid learns both at once, because coding with AI is the same activity now.

• Coding vs AI for kids: which first? — Not a versus. Why the two are one skill for a school-age kid — and the order that actually makes sense when you sit your child down.
• Will AI replace coding? — AI changes what coding is, not whether your kid should learn it. The durable skill is telling a computer what you want — and how to check it.
• Is coding still worth learning for kids? — Yes — but the skill shifted from syntax to thinking and directing. Exactly what a kid practices when they build with AI.
• What age should kids start with AI? — A practical, age-by-age answer for 5–12s — when AI helps, when to wait, and what “starting” should actually look like.
• Best AI apps for kids, compared — Eight products side by side, every claim quoted from the product’s own site with the capture date — including ours, and including where a cheaper option is the better buy.

Math games for kids

Three math games a kid built by asking for them, five to play tonight with a deck of cards and no screen, and a short honest note on which kinds are worth the time.

• Math games for kids — Three math games a kid built by asking for them, five to play tonight with a deck of cards and no screen, and a short honest note on which kinds are worth the time.

How to end the daily homework battle

The argument is about who owns the homework, not about homework. What the research says before you spend more goodwill on it, the sentence that settles it, and a script for the four fights you are probably having.

• Teaching kids to start homework without reminders — Independence is a prompt you remove on purpose, not a trait you wait for. A five-rung ladder from "you say it daily" to "you only ask afterwards", with how long each rung takes.
• Seven practical homework focus strategies — Seven things that help once they have started, in the order worth trying them — plus an honest table of which rest on solid evidence and which do not.
• What parents should know about AI homework helpers — Unguarded AI help measurably lowered later unaided test scores; guardrails removed the harm. What is known, what is not, and five questions to ask any product.
• AI homework help for kids — Where the line sits between help and doing it for them, subject by subject — plus a five-step routine for one hard question and five questions to ask any homework product.
• Is my kid cheating with AI? — Why AI detectors are not reliable enough to accuse a child on, the ninety-second check that is, and what to do about each of the four things you are likely to find.
• The after-school hour, without the nagging — The fight is about the forty minutes before homework. A five-block plan, the four traps that turn a routine back into nagging, and the research that makes it work.

Common questions

Where should I start if I only have ten minutes?

Read the pillar page that matches your worry. "AI for kids" if you are concerned about safety and exposure; "Coding for kids" if you are trying to decide what is worth your child learning. Each pillar is written to stand alone and answers the core question in the first few paragraphs, so ten minutes is genuinely enough to leave with a position.

Are these guides trying to sell me Luchi?

They are written to be useful whether or not you ever use our product, and several of them give advice that has nothing to do with us — including when to choose a traditional coding class instead. We do say where Luchi fits, clearly labelled, because pretending we have no stake would be worse. Judge the guides on whether the reasoning holds up.

What age range is this written for?

Mostly school-age children, the window where kids start using AI independently but have not yet developed the scepticism to use it safely alone. Some guides cover the youngest years for parents thinking ahead, and a few extend into the teens where the question naturally does. Age guidance is always framed around what a child can hold, not a birthday.

How often is this updated?

The guides are revised as the tools and the guidance around them change, which in this field is often. Anything naming a specific product capability or age policy gets checked against the source rather than left to age quietly. Where evidence is genuinely thin, the guides say so instead of manufacturing confidence.

My child already uses AI and I feel behind. Is that bad?

It is extremely common and it is recoverable. The habits that matter — checking output, explaining your work, staying the one with the idea — can be introduced at any point, and they land better when a child already has real experience to attach them to. Start with curiosity about what they have made rather than restriction, which tends to move the use out of sight rather than change it.