HomeEntomology & Insect BehaviourHive Diagnosis: Bayesian Troubleshooting Simulator

Hive Diagnosis: Bayesian Troubleshooting Simulator

Diagnose a failing beehive by choosing which diagnostic tests to run: watch Bayesian updating shrink the probability cloud over five candidate causes in real time, in a real 3D belief-network visualization.

Entomology & Insect Behaviour3DModerate60 FPS
problem-solving-and-troubleshooting-skills-for-beekeepers ↗ Open standalone

A struggling colony rarely announces its own cause. This simulator turns the beekeeper's structured troubleshooting process — identify, think critically, develop a solution, implement, evaluate — into a real Bayesian belief-update model rendered in 3D. Five candidate causes (Varroa mites, Nosema, queen failure, pesticide exposure, and starvation/weather stress) start equally likely; each diagnostic test you choose to run returns a real simulated result and reshapes the posterior probability cloud live, with glowing particles carrying the update from the test node to every cause sphere and a running Shannon-entropy readout showing how much uncertainty is actually left. Jump to a diagnosis too early and you'll often be wrong — exactly the shortcut the underlying article warns beekeepers against.

⚙ Under the hood

Diagnose a failing beehive by choosing which diagnostic tests to run and watch real Bayesian updating narrow a 3D probability cloud over five candidate causes, tracked live by Shannon entropy.

beekeepingbayesian-inferenceprobabilityentropydiagnosticsdecision-making

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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