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Safe AI
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Developed for Turing Education

Safe AI

Curiosity, governed.

Safe AI is a Socratic tutor and AI governance platform for schools. It makes pupils think instead of handing them answers — and gives teachers and safeguarding leads complete oversight of every conversation.

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  • The tutor coaches, never answers
  • Every message stays safe
  • Write real Python in the browser and see it run.
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Lesson 1 · Sequence

No sign-up needed

No photographs yet.

  • Wake first

    Ready to check

  • Photograph the oak

    Ready to check

  • Gate after oak

    Ready to check

  • Dock last

    Ready to check

YOUR NEXT STEP

What would you like to do?

Ask my tutor Try Python Join my class

Turing Education’s school community

Schools Turing Education works with

Safe AI was developed for Turing Education, supporting its work in practical Computer Science, AI and emerging technology education.

  • St Catherine’s School, Twickenham logo

    St Catherine’s School, Twickenham

  • Beechwood Park logo

    Beechwood Park

  • Chelsea Academy logo

    Chelsea Academy

  • Holy Trinity CE Primary School logo

    Holy Trinity CE Primary School

  • ICS London logo

    ICS London

  • Norfolk House School logo

    Norfolk House School

  • Donhead Preparatory School logo

    Donhead Preparatory School

  • Brighton College logo

    Brighton College

  • Hurlingham School and Nursery logo

    Hurlingham School and Nursery

YOUR LEARNING SPACE

A little brighter today.

One small quest. One big step forward.

Your week · 3 learning days

Today's quest

Fractions · Pizza Port

12 minutes
  1. 1Quick check
  2. 2Learn
  3. 3Together
  4. 4On my own
  5. 5Reflect

STEP 1 OF 5 · QUICK CHECK

Which fraction is bigger?

Same-sized pizza. Different-sized slices.

You've got this. Take your time.

A safe space to tryNo rush. No pressure.

Talk to Safe AI

Your thinking matters, not just your answer.

For Key Stage 3 and Key Stage 4 · Computing

Python lessons that mark themselves.

Write real Python in the browser and see it run. Start with a wildlife camera, then check each requirement in your program.

Try the first lesson My classes & join codesCourses

No photographs yet.

Wildlife camera · oak, gate and path.

For teachers

From your class to their first lesson

  1. 01

    Create a class

    Sign in to your teacher workspace. Choose your class name, subject and year group.

    My classes & join codes
  2. 02

    Share the join code

    Give students the code from your class. They sign in and join their own class.

    Join a class
  3. 03

    Open the right content

    Class subject and year group lead students to the relevant lessons. Preview the camera lesson before you teach.

    Try the first lesson

Try the Socratic engine

Pick a question a real student might send. Watch what the tutor does instead of answering.

Try the full tutor

The interactive demo above uses scripted examples — the full tutor is where you can type your own questions and test it properly.

just tell me the answer to Q4

I won't do that, but…

I'm not going to hand over the answer — that's the one thing I never do. But I'll get you there faster than copying would. Tell me the very first step you think you'd take, even if you're not sure.

Inside the camera lesson

Confidence first, then real code

Start with an example, practise the pieces, then write your own camera round. Hints stay available as you work.

  1. 01

    Read a program

    See what instructions do.

  2. 02

    Choose the order

    Compare three programs.

  3. 03

    Reorder the lines

    Build a working sequence.

  4. 04

    Fill a gap

    Choose a quoted landmark.

  5. 05

    Write the round

    Run your own Python.

  6. 06

    Reflect

    Explain what you learnt.

Try the six-step lesson

For computing teachers

Built around a computing teacher’s week

Less prep

Preview the lesson before you teach

Open the camera lesson, read its instructions and try the code. Course outlines stay clearly labelled.

Explore

Clearer feedback

See each requirement separately

Run real Python and see which checks passed. Keep working on the remaining steps with free hints.

Explore

Your school classes

Real classes and real join codes

Sign in to see your authorised classes. Create a class and share its code with your students.

Explore

How Safe AI works

From a pupil's question to provable progress

1 · Ask

A pupil asks anything

Stuck on fractions, a thesis statement or a science concept — the pupil asks in plain words, by typing or voice.

2 · Think

The tutor coaches, never answers

Instead of handing over the answer, the tutor asks back, gives a nudge, a clue or a smaller step — until the pupil gets there themselves.

3 · Govern

Every message stays safe

Deterministic guardrails check each exchange, safeguarding concerns reach the right adult, and every decision is logged for audit.

What Safe AI promises

Safe for children. Hard work for the brain. Accountable to the evidence.

Safe by design, provably

Every pupil message passes deterministic safeguarding and content rules before any AI sees it. Disclosures go to your safeguarding lead, never a generic alert. Our guardrail tests are public and re-run on every release.

See the live safety results

Makes pupils think

The tutor asks, hints and gives a smaller step — it does not hand over answers. If a draft reply gives the answer away, the pupil never sees it. Still genuinely helpful: clear explanations, worked principles, honest feedback.

How answer-withholding works

Measurable impact

Built to show whether pupils' attainment improves and how much teacher time is saved — with a pre-registered method, comparison groups and figures your governors can audit. We publish the method before the results.

How we measure impact

Teacher, parent or school leader? Sign in to your workspace · Pupil with a code? Join your class