A new interactive simulation combines cellular automata principles with dynamic graph structures, creating a Game-of-Life variant that evolves on growing graphs. The project leverages WebAssembly for performance-critical computation and WebGL for real-time rendering, delivering smooth visualizations of complex graph dynamics. Built as a web-based experiment, it demonstrates how traditional cellular automata can be extended to networked systems.

The implementation uses WASM to handle the computational load of simulating thousands of nodes and edges, while WebGL provides the graphical horsepower needed for fluid animations. This architecture allows the simulation to run efficiently in modern browsers without requiring plugins or native applications. The growing graph aspect introduces new dynamics where the network topology itself evolves alongside the cellular states.

By combining these technologies, the project showcases practical applications of WebAssembly and WebGL for scientific visualization and educational tools. The source code is available for developers interested in exploring graph-based cellular automata or learning about WASM/WebGL integration patterns. This demonstration highlights how modern web technologies can handle sophisticated computational tasks previously limited to desktop applications.