🐝 Digital Twins for Apiary Simulation and Planning

About this simulation

A digital twin is a live, continuously-updated virtual replica of a physical asset, built from streaming sensor data instead of a one-off 3D scan. In precision apiculture, a hive fitted with a load-cell scale, a thermistor and a humidity probe streams readings to a model that mirrors the colony's real state — so a beekeeper can glance at a dashboard instead of cracking open every box.

This scene shows a physical hive on the left and its holographic twin on the right, linked by a stream of data packets. Moving the sensor sliders instantly updates both the physical hive's honey-store gauge and the twin's predicted colony status.

How it works

• Weight — total hive mass. Rising steadily signals a nectar flow; a flat or falling trend during active months signals a dearth or robbing.
• Temperature — brood-nest core sits near 34–35.5°C; deviations flag chilled brood, overheating, or (in winter) a shrinking cluster losing thermal control.
• Humidity — around 50–65% keeps brood and stored nectar healthy; too high risks mould and chalkbrood, too low stresses larvae and slows nectar curing.
• The twin combines all three readings into a health score and a single recommended intervention, exactly as a real sensor dashboard would.

Controls

• Hive weight — simulated load-cell reading in kilograms.
• Internal temperature — simulated brood-nest thermistor reading.
• Internal humidity — simulated hygrometer reading.
• Season — changes ambient light, forage activity and bee traffic around the entrance.
• ↺ Reset sensors — returns all readings to a healthy baseline. Drag to rotate, scroll to zoom.

Did you know?

Continuous in-hive scales can detect a nectar flow starting hours before a beekeeper would notice bees flying with visibly full pollen baskets — turning what used to be guesswork into a genuine early-warning system.