Frequently Asked Questions

Only if you let it. AI can write essays, solve math problems, and answer questions — but that doesn't mean kids should use it that way. The goal is to use AI as a learning tool: to explain concepts they're stuck on, brainstorm ideas, or check their work. The difference is intention. Using AI to understand long division is learning. Having AI do 30 long division problems and copying the answers is cheating. Our Prompt Library is designed around the 'learning tool' approach.

Not at all — it depends on how you introduce it. A 6-year-old doesn't need to understand neural networks. But they can absolutely understand that 'a computer can answer questions, but sometimes it gets things wrong, just like people.' The key is age-appropriate framing. Our Age Guides break this down tier by tier.

Most AI platforms require users to be at least 13 (tied to COPPA and GDPR privacy laws). For kids under 13, supervised use with a parent is the way to go — and there's a lot of value in exploring together. For teens 13+, the conversation shifts from supervision to guidance: teaching responsible, independent use.

A calculator didn't make people bad at math — but using one without understanding multiplication first would. Same principle. When kids learn to think first and use AI as a tool second, it actually amplifies creativity. AI can help brainstorm, overcome writer's block, explore 'what if' scenarios, and iterate on ideas faster. The key is making sure kids stay in the driver's seat.

Look for signs of understanding, not just output. Ask them to explain their work in their own words. If they used AI to help, ask: 'What did AI help with? What did you do yourself? What did you change from what AI suggested?' A child who can explain their process is learning. A child who can't explain what they turned in probably didn't do the work.

Most education experts argue that bans are counterproductive — kids will use AI regardless, and banning it just means they use it without guidance. A better approach is teaching responsible use, establishing clear policies about when AI is and isn't appropriate, and incorporating AI literacy into the curriculum. Our Lesson Plans section has a complete framework for this.

With the right guardrails, yes. The main risks aren't about AI being dangerous — they're about privacy (sharing personal data), misinformation (trusting wrong answers), and academic integrity (using it to avoid learning). All three are manageable with education and supervision. Our Safety Guide covers exactly what to watch for and how to address it.

It depends on the age and use case. For younger kids (under 13), parental supervision with any major AI chatbot works — the tool matters less than the guidance. For older students, tools like Claude and ChatGPT are solid for learning and research. We recommend starting with whatever tool you're comfortable supervising, and focusing on teaching good habits that transfer across any platform.

No. AI can answer questions, explain concepts, and provide practice problems — but it can't build relationships, understand a student's emotional needs, adapt to classroom dynamics, inspire curiosity through human connection, or model critical thinking in real time. AI is a powerful teaching assistant, but the teacher's role in guiding, mentoring, and supporting students is irreplaceable.

You don't need to be an expert. Start with our Age Guides — they're written for parents, not engineers. The most valuable thing you can do is learn alongside your child. Try prompts together. Make mistakes together. Ask questions together. Kids learn more from seeing you model curiosity and critical thinking than from any technical explanation.