Predator-Prey Dynamics
Model balanced trophic levels between producers (plants), herbivores, and apex predators in real-time.
Cellular Automata, Ecosystem & Genetic Evolution Simulator
Launch Life PulseKey capabilities of Life Pulse, computing entirely in your browser.
Model balanced trophic levels between producers (plants), herbivores, and apex predators in real-time.
Organisms pass speed, vision radius, and reproduction traits to offspring with random mutations.
Observe Lotka-Volterra population cycles and ecological equilibrium on interactive live charts.
Switch to Conway-style grid automata or free-roaming agent-based biological modeling.
Introduce droughts, food abundance, disease outbreaks, or climate shifts to test species resilience.
Physics and genetics calculations run in background threads for buttery smooth rendering.
Engineered for high performance, accessibility, and zero-compromise privacy.
Everything you need to know about Life Pulse.
Yes. Organisms reproduce sexually or asexually, passing digital chromosomes that mutate over generations.
Yes. If predators consume all prey or plants die out from overgrazing, trophic collapse can occur.
No, it includes both continuous agent-based ecological simulation with physics and cellular automata modes.
Yes, touch gestures let you place organisms, plant seeds, and manipulate environmental sliders.
Completely free and open for public educational and recreational use.
More client-side applications in the OmniTick ecosystem.
Instant load. Zero downloads. Runs directly in your web browser.
Launch Life Pulse