Most stings happen not because bees are inherently aggressive but because a handler's movements or an apiary's layout puts people directly in a guard bee's defended zone or in a forager's flight path. This model turns four real, evidence-based sting-prevention levers into a live 3D apiary you can tune and watch respond: how you move near the hive, how the hive entrance is oriented relative to a footpath, how densely hives are packed, and whether smoke and a flight-path hedge are being used.
UK beekeeping guidance recommends siting hive entrances so flight lines cross above head height within a couple of metres — a simple hedge, fence panel, or even hanging netting can convert a low, path-level flight path into a high one, dramatically cutting incidental encounters with neighbours and passers-by.
An interactive 3D apiary where a walking beekeeper, four hives, a footpath and an optional hedge respond in real time to your choices about movement, layout and smoke — showing exactly how guard-bee agitation and close encounters build up or fall away.
Guard-bee agitation is modelled from proximity, movement style, entrance-to-path angle, hive spacing, smoker use and a flight-path hedge — the same practical levers UK beekeeping guidance recommends for reducing stings.
Slide the approach manner from calm to jerky, rotate hive entrances relative to the footpath, adjust hive spacing, and toggle the smoker and the flight-path hedge. Watch the agitation bar, bee colour and close-encounter counter respond live.
A hedge or fence roughly head-height in front of a hive entrance forces bees to gain altitude before they reach a path, turning a low, disruptive flight line into a high, unnoticed one.