Modern apiaries increasingly run on small battery-powered sensor nodes rather than the beekeeper's hand alone. A load cell under each hive reports weight continuously, a probe near the brood nest reports internal temperature and humidity, and a low-power radio pushes readings to a gateway that relays them to the cloud. Separately, cheap Bluetooth Low Energy tags stuck to smokers, extractors and other gear let a phone or fixed gateway estimate roughly where each item last was — useful across multi-site outfits where equipment routinely goes missing.
A single hive can lose 2–3kg overnight during a strong nectar flow and gain it back the next day as bees ripen and cap honey — which is why remote hive scales are one of the most widely adopted IoT sensors in commercial beekeeping, well ahead of more exotic options like acoustic or vibration monitoring.
A row of sensor-equipped hives reports live weight and thermal data while a Bluetooth gateway watches over scattered apiary equipment, marking each beacon-tagged item connected or lost as it moves in and out of range.
Hive weight climbs or falls with the nectar flow trend, internal temperature is buffered against ambient swings by fanning bees, and equipment beacons flip between connected and lost signal as the gateway's Bluetooth range changes.
Add or remove hives, set the nectar flow trend and ambient temperature, and adjust the gateway's beacon scan range. Pick a piece of equipment to trace a locator beam and its live distance from the gateway.
Remote hive scales are one of the most widely adopted IoT sensors in commercial beekeeping — a strong nectar flow can add several kilograms to a hive in a single day.