AI-powered math & science visualization for schools
Give every math and science teacher an AI animation studio.
Mathify turns lesson ideas, equations, scripts, and plain-language prompts into finished mathematical animations — without requiring teachers to learn animation software, Manim, Python, or rendering pipelines.
Built for math, science, STEM, curriculum, and instructional technology teams.
Teacher prompt
Visually explain why the Pythagorean theorem works by rearranging the areas of squares around a right triangle.
preview · a² + b² = c²
Your teachers already know what they want to explain.
Mathify helps them show it.
A teacher should not need an animation team to make a mathematical idea move.
Describe the lesson, formula, graph, proof, or scientific concept in ordinary language. Mathify generates the scene and renders the animation in the cloud.
1. Describe the lesson
Start with a concept, equation, script, problem, or plain-language explanation.
2. Generate the visualization
Mathify creates and renders the mathematical scene.
3. Teach with the result
Review it, iterate when needed, and use the finished visual in lessons, presentations, courses, or educational content.
Some ideas are easier to understand when they move.
Static slides are useful. But mathematics and science are full of change, relationships, transformations, motion, and structure.
Algebra
Show equations transforming step by step.
Geometry
Animate constructions, areas, angles, transformations, and proofs.
Calculus
Visualize derivatives, limits, integrals, approximation, and change.
Statistics
Animate distributions, sampling, probability, regression, and uncertainty.
Physics
Show motion, forces, energy, waves, vectors, and dynamic systems.
3D STEM
Explore supported mathematical and scientific scenes as interactive 3D objects.
Mathify is built for technical ideas that generic presentation tools were never designed to animate.
AI that earns a place in the classroom
Give teachers something more useful than another chatbot.
Schools are experimenting with AI across writing, administration, research, and productivity.
Mathify gives educators a focused instructional use case: turning subject-matter knowledge into visual teaching material.
The teacher remains the expert. Mathify handles the production workflow.
AI adoption becomes meaningful when it expands what teachers can create.
Teacher leverage
Help educators turn ideas into visual assets without adding an animation-production skill set to their workload.
Instructional creativity
Make sophisticated visual explanations practical for ordinary lesson preparation.
Visible AI leadership
Give your faculty a concrete, productive example of how generative AI can support teaching.
From one teacher to an entire academic team.
Mathify can support educators across mathematics, science, STEM, curriculum development, and instructional technology.
Public School Districts
Give math and science educators across schools access to a purpose-built AI visualization workflow.
Independent & Private Schools
Equip faculty with an advanced instructional creation tool while strengthening your school's capacity to use AI meaningfully.
Charter Networks
Support visual lesson creation across multiple campuses and academic teams.
STEM Programs
Give advanced math, physics, engineering, and science educators a tool designed for technical visualization.
Useful across the academic organization.
Teachers
For educators creating:
- lesson explanations
- worked examples
- visual demonstrations
- graph animations
- geometry visualizations
- physics scenes
- review material
- enrichment content
Curriculum & Instruction
For teams creating:
- reusable curriculum assets
- lesson-support materials
- visual explanations
- department resources
- instructional media
Academic & Technology Leadership
For leaders evaluating:
- practical AI adoption
- teacher productivity tools
- instructional technology
- STEM innovation
- faculty AI enablement
Mathematical visualization is a different problem.
Generic AI tools are useful for brainstorming, writing, and conversation.
Generic video generators are optimized for visual scenes.
Mathify is designed around mathematical and scientific explanations.
Generic AI assistant
- Text-first
- General-purpose
- Useful for explanations and brainstorming
- Not an end-to-end mathematical animation pipeline
Generic AI video
- Visual-first
- Optimized for cinematic scenes
- Often poorly suited to equations, graphs, geometry, and precise mathematical structure
Mathify
- Built around math and science
- Generates structured mathematical scenes
- Handles rendering
- Supports formulas, graphs, geometry, physics, and technical concepts
- Interactive 3D output where supported
- Designed for educational and technical production
Math and science animation for serious production
From lesson idea to finished visual in one workflow.
Mathify handles the path from prompt to generated scene, rendering, and finished output.
Teachers work with the result instead of maintaining the animation pipeline behind it.
- Teacher idea
- Mathify
- Generated scene
- Cloud rendering
- Finished animation
- Classroom / LMS / Curriculum / Presentation
2(x + 3) = 14
2x + 6 = 14
2x = 8
x = 4
Go beyond finished video.
Where supported, Mathify can turn generated mathematical scenes into interactive objects that can be rotated, zoomed, inspected, and explored directly in the browser.
Rendered as mathematical 3D data — not merely a prerecorded camera view.
z = sin(x) · cos(y) · interactive where supported
See the kinds of ideas Mathify can visualize.
Representative demonstration scenes across mathematics, statistics, and physics.
Geometry
Pythagorean Theorem
Rearrange the squares built on each side of a right triangle to show why a² + b² = c².
Number sense
Multiplication and number sense
Build products as areas, arrays, and groupings so the operation becomes visible.
Trigonometry
Unit circle and trigonometry
Trace sine and cosine as a point travels around the unit circle.
Physics
Projectile motion
Animate a trajectory with velocity components resolved at each moment.
Calculus
Derivatives and tangent lines
Slide a tangent line along a curve to connect slope with instantaneous rate of change.
Calculus
Integral as accumulated area
Fill Riemann rectangles under a curve and refine them toward the definite integral.
Statistics
Probability distributions
Sample repeatedly and watch a histogram approach its underlying distribution.
Statistics
Linear regression
Fit a line to scattered data while residuals shrink toward the least-squares solution.
Algebra
Exponential vs. linear growth
Compare two growth models on the same axes until the difference is unmistakable.
Geometry
3D geometry
Rotate solids and surfaces to examine cross-sections, volume, and spatial structure.
AI generates. Educators decide what gets taught.
Mathify is a creation tool.
Teachers and curriculum teams should review generated content, request adjustments when appropriate, and decide what belongs in instruction.
- Teacher judgment determines what students see.
- Every generated scene is reviewable before use.
- Iteration is part of the workflow, not a failure of it.
- Editorial control stays with the department and curriculum team.
- Subject-matter expertise remains the input Mathify depends on.
Make AI capability part of your teaching culture.
The strongest schools will not treat AI as a single classroom experiment or another checkbox in the technology stack.
They will build practical fluency around where AI genuinely helps educators do more.
Mathify gives math and science departments a concrete place to start.
Your teachers should not need to become animators to teach visually.
What could your teachers create with Mathify?
Show us the subjects your faculty teaches and the kinds of concepts they want to visualize. We'll show you what Mathify can produce.
For schools, districts, charter networks, and educational organizations.