Transform how you learn mathematics through immersive, accessible technology designed for all types of learners. Our multi-sensory approach makes abstract concepts tangible.
See how our immersive mathematics platform transforms learning for students of all abilities
Grades 6-9 • Ages 11-15
Build a strong mathematical foundation through interactive visualizations and hands-on simulations. Designed to help students overcome math anxiety and develop genuine understanding.
Manipulate 3D shapes and explore geometric relationships in interactive environments.
Visualize equations and functions as interactive graphs that respond to your inputs.
Create and manipulate data visualizations to understand statistical concepts intuitively.
Break down fractions into visual parts and manipulate them to understand equivalence and operations.
Plot points and watch equations come to life with real-time graphing and animation.
Create and extend mathematical patterns with colorful, interactive blocks and shapes.
Grades 10-12 • Ages 15-18
Dive deeper into mathematical concepts with advanced simulations that connect theory to real-world applications. Perfect for students preparing for college or specialized careers.
Visualize limits, derivatives, and integrals with dynamic graphs and real-time calculations.
Transform vectors and matrices in 3D space to understand linear transformations intuitively.
Build and test mathematical models of real-world phenomena with interactive parameters.
Explore multivariable functions in immersive 3D environments with rotation and zoom controls.
Visualize solutions to differential equations with adjustable initial conditions and parameters.
Interact with vector fields and flow lines to understand concepts in multivariable calculus.
Undergraduate & Graduate Level
Master complex mathematical theories through professional-grade simulation tools used in research and industry. Designed for students pursuing STEM degrees or mathematical careers.
Explore group theory, rings, and fields through interactive visual representations.
Manipulate topological surfaces and explore non-Euclidean geometries in immersive 3D.
Investigate prime numbers, modular arithmetic, and cryptographic applications.
Navigate complex mathematical surfaces and understand their properties through direct manipulation.
Create and explore fractals with customizable parameters and zoom capabilities.
Build mathematical proofs step-by-step with visual guidance and error detection.
Our mathematics platform incorporates universal design principles to ensure accessibility for students with diverse learning needs, including those with dyslexia, dyscalculia, ADHD, and other learning differences.
Complex concepts are broken down into intuitive visual representations that reduce cognitive load.
Physical manipulation of mathematical objects helps build muscle memory and deeper understanding.
Auditory and haptic feedback reinforces learning for students with different sensory preferences.
Students can learn at their own pace with adaptive difficulty that matches their skill level.