Why this workflow
Put the working model in view.
Students often move between textbooks, search, videos, calculators, notes, and chatbots to understand one difficult question. Enideon keeps the visual workspace and AI assistance together, so a diagram, equation, circuit, or geometry problem can become part of the conversation.
Workflows
Work through mathematics
Write equations on the canvas and ask about a transformation, assumption, or step that does not yet make sense.
Understand physics
Draw forces, circuits, motion, or geometry and reason about the visual representation of the problem.
Prepare for exams
Use a board to practise questions, group formulas, and return to a solution strategy later.
Explain a missing part
Draw what you already understand, then use follow-up questions to identify the gap.
How Enideon fits
Visual reasoning stays connected to the conversation.
- •Free-form drawing for notes, diagrams, and equations
- •AI chat beside the canvas for follow-up questions
- •Whiteboards saved by subject or topic
- •Optional voice conversation while working
Practical moments
A mechanics question
Turn a word problem into a force diagram before asking why a force points in a particular direction.
A geometry proof
Keep the triangle, labels, and your intermediate reasoning visible while checking one claim at a time.
Outcomes
- Make abstract ideas visible
- Check reasoning without replacing your work
- Keep notes, diagrams, and discussion together
Questions
Frequently asked questions
What can students use an AI whiteboard for?
It can support diagrams, equations, problem solving, explanations, and interactive study.
Can I draw my own problem?
Yes. The whiteboard is designed around working directly on the canvas.
Does Enideon replace studying?
No. It is a workspace and learning assistant for reasoning through concepts and problems.