Designed for dyscalculia minds

Maths that makes sense, step by step

From hands-on manipulatives to visual models to abstract numbers. Building true understanding, not memorisation.

Coming Soon

Dyscalculia-specific features in development

We're building dedicated dyscalculia support including virtual manipulatives, the CRA progression system, and schema-based word problem solving. Register now to be notified when these features launch.

Rise Bright helps children with dyscalculia through the research-backed CRA (Concrete-Representational-Abstract) approach, moving from hands-on virtual manipulatives to visual models to abstract numbers. Features include no time pressure, schema-based word problem solving, maths anxiety support, and virtual base-10 blocks. Aligned with the Australian Curriculum for Foundation to Year 6.

Updated February 2026

Understanding dyscalculia

Dyscalculia is a specific learning difference affecting mathematical abilities. Children with dyscalculia often struggle with number sense, mental arithmetic, and understanding mathematical concepts. It's not about intelligence; many children with dyscalculia excel in other areas but find numbers genuinely confusing.

Traditional maths teaching that jumps straight to abstract numbers and symbols doesn't work for dyscalculia. These children need to build understanding from the ground up, starting with things they can touch and see.

Traditional maths challenges

  • Abstract symbols without meaning
  • Rote memorisation of facts
  • Time pressure on calculations
  • No visual or physical support
  • Word problems feel impossible
  • Maths anxiety builds over time

How Rise Bright helps

  • Start with concrete objects to touch
  • Build conceptual understanding first
  • No time pressure, ever
  • Visual supports always available
  • Schema-based problem solving
  • Confidence-first approach

The CRA approach

Rise Bright uses the research-backed CRA method: Concrete, Representational, Abstract. This progression builds true mathematical understanding by starting with what children can physically experience.

C
🧩

Concrete

Virtual manipulatives children can drag, drop, and count. Base-10 blocks, counters, fraction tiles. Real mathematical experience through touch.

R
📊

Representational

Visual models and diagrams. Number lines, ten frames, bar models. Pictures that represent the concrete objects they've used.

A
🔢

Abstract

Numbers and symbols, only after understanding is built. Equations make sense because they represent something real and visual.

→ Children can always go back to earlier stages when they need support ←

Dyscalculia-specific features

Every feature is designed around how dyscalculia minds actually process mathematical information.

🧩

Virtual manipulatives

Drag-and-drop base-10 blocks, counters, fraction tiles, and more. Auto-grouping and ungrouping helps children see place value in action.

📈

Visual number lines

Interactive number lines with zoom, jump animations, and the ability to see addition and subtraction as movement.

🎮

Ten frames

Interactive ten frames for building number sense. See how numbers relate to 5 and 10. Foundation for mental maths strategies.

📝

Schema-based word problems

Word problems broken into types: Combine, Compare, Change. Visual diagram templates make word problems manageable.

😐

No time pressure

Dyscalculia and time pressure don't mix. Children work at their own pace without countdowns or rushing. Already available.

💛

Maths anxiety support

Encouraging feedback, mistakes framed as learning, celebration of effort. Building confidence alongside skills. Already available.

Virtual manipulatives library (coming soon)

Interactive tools that make abstract maths concrete and touchable:

🦾

Base-10 blocks

Place value, operations

Fraction tiles

Fractions, equivalence

Number line

Operations, number sense

Ten frames

Counting, addition

Counters

All operations

Area models

Multiplication

Backed by research

The CRA approach and schema-based instruction are among the most evidence-backed interventions for dyscalculia.

Evidence for dyscalculia interventions

Tau-BC = 0.9965
CRA approach effectiveness (Ebner et al., 2025)
NAP = 97-99%
Schema-based instruction effectiveness (Ebner et al., 2025)
g = 0.56
Word problem interventions (33 studies) (Ebner et al., 2025)

Key research finding: The CRA approach demonstrates very strong evidence as a math intervention (Ebner et al., 2025). The most effective combination is CRA + graphic organisers + schema-based instruction, which is exactly what Rise Bright implements.

Important note on maths anxiety: Research shows maths anxiety disproportionately affects dyscalculia students, creating a negative feedback loop of fear, avoidance, and disengagement. Rise Bright addresses anxiety alongside mathematical skills, breaking this cycle.

Dyscalculia by the numbers

Dyscalculia is often called the "hidden learning difference" because it receives far less attention and support than dyslexia, despite similar prevalence rates.

5-7%
Of school-aged children have dyscalculia
DSM-5-TR
Tau-BC = 0.99
CRA approach effectiveness (very strong evidence)
1 in 4
Children with dyscalculia receive targeted maths support
Education Research, 2024
g = 0.56
Effect size for word problem interventions
33 studies meta-analysis

Despite affecting as many children as dyslexia, dyscalculia receives far less research funding and educational support. Rise Bright is committed to providing evidence-based dyscalculia intervention using the most effective approaches identified by current research.

Australian Curriculum aligned

Rise Bright's dyscalculia support is fully aligned with the Australian Curriculum for Mathematics from Foundation to Year 6.

The CRA progression maps directly to curriculum content descriptors. Foundation students work heavily in the Concrete stage, while upper primary students can move fluidly between all three stages depending on the concept.

All 8 states and territories are supported, with progress reports showing exactly where your child is against curriculum standards.

AI tutoring vs traditional tutoring for dyscalculia

How does AI-powered maths support compare to traditional tutoring for children with dyscalculia?

Feature Rise Bright (AI Tutoring) Traditional Tutoring
Teaching approach CRA progression Often abstract-only
Virtual manipulatives Base-10, counters, tiles Physical manipulatives (limited)
Time pressure Never — fully untimed Often session-bound
Maths anxiety support Built-in confidence building Tutor-dependent
Schema-based word problems Visual diagram templates Rare
Adaptive difficulty AI adjusts in real-time Tutor-dependent
Australian Curriculum Fully aligned Varies by tutor
Cost (monthly) From $25/month $200-400+/month
Daily practice Available anytime 1-2 sessions per week
Human connection AI-guided learning Personal relationship

Note: The CRA approach requires consistent daily practice to be most effective. Rise Bright provides this affordable daily practice, which can work alongside or replace traditional tutoring for dyscalculia support.

Support for other conditions

Many children with dyscalculia also have other learning differences. Rise Bright supports multiple conditions:

Ready to make maths make sense?

Register now to be notified when our dyscalculia-specific features launch. Start building your child's maths confidence today.

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