A Florida community has introduced AI-powered robotic beehives to combat declining bee populations, claiming a 70% reduction in colony collapse that threatens vital crops.
A community in Florida has taken a significant step towards protecting declining bee populations by deploying AI-powered robotic beehives. This initiative comes amid growing concerns about the future of the U.S. food supply, as bees are responsible for pollinating approximately 75% of the crops consumed by Americans.
The Angeline development in Land O’ Lakes has become the first master-planned community to install Beewise’s automated BeeHome system. This innovative technology employs robotics, sensors, and artificial intelligence to monitor hive health and safeguard colonies from various environmental threats.
Bee populations across the United States are under increasing pressure from parasites, pesticides, diseases, and extreme weather conditions—factors that experts warn could jeopardize agriculture nationwide. “Bees pollinate roughly 75% of the crops we eat and about 80% of flowering plants around the world,” said Beewise Managing Director Steve Peck. “So, without those bees, our food supply is in jeopardy.”
The community relies on bees to pollinate a 2.5-acre farm that provides produce used throughout the development. The BeeHome system utilizes internal cameras, sensors, and robotic components to inspect hives and identify issues that typically require manual oversight from beekeepers.
According to Peck, the robotic technology is capable of determining its location within the hive and can perform inspections similar to those conducted by human beekeepers. “The robotics know where it is in the frame or where it is in the hive at any point,” he explained. “It can pick it up just like a beekeeper would, inspect it, and report that back to technicians around the world.”
The automated system not only monitors the health of the queen bee and egg production but also detects infestations from varroa mites, which are among the leading causes of colony collapse in honeybee populations. Peck noted that the technology can respond automatically to threats detected within the hive.
<p“When we identify a threat, we can treat them within the hive by moving them to a new part of the home that raises the temperature,” he said. “It’s enough to kill the mites, but not the bees. And there, we can prevent that colony collapse, and have shown, basically a 70% reduction to what we’re seeing naturally around the world.”
The BeeHome technology is already in operation across hundreds of thousands of acres of agricultural land nationwide. Project officials emphasized that this system is designed to support, rather than replace, traditional beekeeping practices, especially as environmental pressures continue to threaten bee colonies.
<p“Every day, bees run the risk of being destroyed due to just the weather and elements and pesticides,” said Lisa Gibbings with Metro Development Group. “This technology aims to enhance their survival and productivity.”
Concerns over declining bee populations have garnered increasing national attention in recent years. This includes expanded beekeeping efforts at the White House, where former First Lady Melania Trump initiated the addition of new bee colonies to the grounds as part of a broader pollinator and honey production program.
As bee populations continue to decline, the implications for farmers and agricultural experts are significant, given the critical role pollinators play in food production and ecosystem stability across the United States. The introduction of AI-powered robotic beehives represents a promising advancement in addressing these challenges and ensuring the sustainability of vital agricultural practices.
According to FOX 13 Tampa Bay, the deployment of this technology marks a pivotal moment in the ongoing efforts to protect bee populations and, by extension, the food supply that relies on them.