Introducing AutomataVerse 2.0

VisualizeAutomata

Master automata theory with interactive simulations. Design, test, and visualize DFA, NFA, PDA, and Turing Machines with ease.

100% Free & Open Source
No Installation Required
Works in Browser

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POWERFUL FEATURES

Everything you need
to master automata theory

Comprehensive tools for learning and exploring formal computation

Deterministic Finite Automata

Design and simulate DFAs with an intuitive visual interface.

  • Visual state diagram editor
  • Step-by-step execution trace
  • Determinism validation and error detection

Non-Deterministic Automata

Explore NFA, NPDA with epsilon transitions and parallel states.

  • Epsilon closure computation
  • Multiple active states visualization
  • Conversion to equivalent DFA

Turing Machines

Simulate universal computation with interactive tape visualization.

  • Infinite tape with read/write head
  • Multi-tape support for complex algorithms
  • Halting problem demonstrations
Community Stats

Join Our Growing Community

Learners and educators exploring digital computation worldwide

Automatas Created
Users
Universities
Countries

All Automata Types
in one platform

DFA

Deterministic Finite Automaton

NFA

Non-Deterministic Finite Automaton

DPDA

Deterministic Pushdown Automaton

NPDA

Non-Deterministic Pushdown Automaton

Turing Machine

Universal Computing Model

Mealy & Moore

Finite State Machines

Loved by students
worldwide

SH
Shubham
Computer Science Student
Portland State University
USA

"Really liked the simulations animations, and ease of sharing machines."

CM
Carlos Martínez
CS Engineering Student
Universidad Politécnica de Madrid
Spain

"Finally understood pushdown automata thanks to the step-by-step visualization. This tool is a game changer for theory courses!"

PS
Priya Sharma
B.Tech Student
India

"Helped me prepare for my automata theory exam. The ability to test different inputs instantly made learning so much faster."

Ready to master
automata theory?

Join thousands of students learning computational theory through interactive visualization

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