Explore, learn, and understand graph algorithms through interactive visualizations. Perfect for students, educators, and professionals.
Write and execute graph algorithms in JavaScript or Python directly in the browser. Powered by Monaco Editor and Pyodide runtime, with full syntax highlighting, IntelliSense, and a built-in visualization API.
Explore your graphs in an immersive 3D environment with real-time physics, dynamic lighting, orbit controls, and professional-grade rendering powered by React Three Fiber.
Place graph nodes on real-world maps with Leaflet and OpenStreetMap. Visualize TSP routes, logistics networks, and geographic algorithms across 5 map styles including satellite and terrain.
Sign in with Google or GitHub and sync your progress, saved graphs, and preferences across all your devices. Your graph library lives in the cloud — never lose your work.
Full platform localization in English, French, Spanish, German, and Chinese. Every algorithm description, lesson, and UI element is translated — learn in your native language.
Import and export graphs in JSON, Adjacency Matrix, Adjacency List, Edge List, and JPG image formats. Seamlessly move data between tools and share visualizations.
Visualize 27+ graph algorithms with step-by-step animations and detailed explanations.
Learn graph theory concepts through structured lessons and hands-on practice.
Watch algorithms come to life with dynamic node coloring and edge highlighting.
Perfect for students, educators, and professionals learning graph algorithms.
Graph theory is essential across multiple disciplines and industries, providing powerful tools for modeling, analysis, and optimization.
Network protocols, data structures, compiler design, and artificial intelligence algorithms
Analyzing relationships, influence propagation, and community detection in social platforms
Route optimization, traffic flow analysis, and logistics planning for efficient transportation
Protein interaction networks, epidemiology modeling, and drug discovery pathways
Market analysis, risk assessment, and supply chain optimization in financial systems
Circuit design, structural analysis, and optimization problems in various engineering fields
Vertices (nodes) represent entities or objects in the system
Edges (links) represent relationships or connections between entities
Algorithms provide systematic methods to analyze and manipulate graph structures
27+ algorithms, 3D visualization, code sandbox, map view, cloud sync — all free, all in one place. Start building, exploring, and mastering graph theory now.