AI Business is part of the Informa Tech Division of Informa PLC

This site is operated by a business or businesses owned by Informa PLC and all copyright resides with them. Informa PLC's registered office is 5 Howick Place, London SW1P 1WG. Registered in England and Wales. Number 3099067.

Bzz bzz: AI-enabled beehive can prevent bee colony collapse

Article ImageColony collapse disorder threatens the world's food supply.

The first AI-enabled beehive has been developed by the Israeli startup, Beewise. Their AI tech lets beekeepers can remotely care for the insects and the hives, using computer vision, robotics and AI.

The goal is to manage bee pollinators and fight Colony Collapse Disorder, which has devastated honeybee colonies each year, according to the USDA.

Bee pollination enhances the global food chain. Pesticides, drought, parasites, mites, and deformed wing virus are a few of the threats to the health of beehives.

Beewise's solar-powered insect home can house 24 colonies. The bees are autonomously watered and fed.

When a problem arises in the robotic beehive that cannot be autonomously corrected, beekeepers receive a real-time alert that the bees require human intervention. Typically, beekeepers check on colonies every three to four weeks, which can be too late if the colonies have already collapsed.

A robot housed in BeeHome monitors bees in all weather conditions. The housing itself is outfitted with humidity and climate control, fortifying the bee population against the natural elements.

Pests, such as destructive Varroa mites, are automatically detected within the beehives, and sprayed with chemical-free treatments to prevent infestations and infections that can cause bee fatalities.

AI tools can analyze when a colony is ready to swarm and can autonomously alter conditions to prevent swarming. In swarming, the colony can be split into two to alleviate overcrowding or the bees flee due to lack of food and water or there are parasites, outside disturbances, poor weather conditions, among other problems.

When a container of honey reaches 100 gallons and is ripe for harvesting, an automated signal alerts beekeepers that it is the right time to empty the bee home frames. The AI system also monitors frame manipulation, such as combining and splitting hives.

AI and enhanced robotics allow caretakers to optimize the bee colonies. The autonomous beehives track the health of the colonies. Each bee in the robotic beehive is monitored, and the data is tracked by beekeepers.

Trending Stories
All Upcoming Events

Upcoming Webinars

More Webinars

Latest Videos

More videos


More EBooks

Research Reports

More Research Reports
AI Knowledge Hub

Newsletter Sign Up

Sign Up