Students practise maths the way they’ll be taught and assessed: handwritten, step-by-step working — not typed answers or multiple choice.

• Students handwrite on their device or upload a photo of their handwritten work.
• Materact reads and understands the handwritten working, so the student’s thinking is visible — not hidden behind a final answer.
• This builds the habit that matters most in maths: clear, structured reasoning.

When students get stuck, Materact guides their thinking with socratic prompts, so they learn the method instead of copying solutions.

• Students receive the next nudge, not the full solution dump.
• The guidance is designed to create “click moments”: why this step, why this method, why this assumption.
• This unlocks the “why” behind the procedure, so students learn methods they can reuse — not steps they can only repeat.

Practice stays anchored to your curriculum, so independent learning reinforces your specification's goal. Avoiding drifting into generic AI practice.

• Questions and skills map to your curriculum's specification.
• Students spend more time where it matters: weaker topics, weaker techniques, recurring gaps.
• That means practice becomes a plan — not a random set of questions.

Materact turns student working into actionable insight: it diagnoses the real gap behind an error, makes patterns visible over time, and recommends a clear path to improve.

• Materact identifies the underlying gap behind an error — concept, method, algebra, or technique — not just “wrong/right”.
• Students can see the recurring gaps that keep tripping them up, so revision becomes targeted instead of random.
• From those gaps, Materact recommends what to revisit and what to practise next — a clear progression until the weakness becomes a strength.