after 150 years of little innovation, beehives are getting a revolutionary tech upgrade that makes it easier to protect colonies and the crops that depend on them, using AI and robotics to reduce colony losses from a devastating 40% rate to just 8%.
article contents:
- introduction
- beewise innovation
- current bee crisis
- artificial intelligence technology
- performance results
- competition and market
- conclusion
- frequently asked questions
introduction
lifting the lid of a Beewise hive feels more like preparing to inspect a car engine than visiting a few thousand pollinators. the unit—called the BeeHome—is an industrial upgrade from traditional wooden beehives, clad entirely in white metal and solar panels to become smart beehives. inside is a high-tech scanner and an AI-powered robotic arm.
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about 300,000 of these units are in use across the united states, deployed across fields of almonds, canola, pistachios, and other crops that require pollination to grow.
beewise innovation
it is not exactly the romantic vision of a beehive or beekeeper embedded in cultural consciousness, but that is not what matters; keeping bees alive is what matters. and Beewise units do that much better than traditional hives, offering continuous insights into colony health and the ability to administer treatment if things start to degrade.
the united states has seen an alarming rise in mass die-offs since the mid-2000s as beekeepers struggled to keep pace with a surge in disease-carrying mites, climate extremes, and other pressures that can wipe out colonies. this threatens billions of dollars in crops from almonds to avocados that depend on pollinators.
current bee crisis
ultimately, the fate of humanity is tied to the fate of bees. about 75% of crops require pollinators, with a particular reliance on nuts and fruits. while other types of bees and insects can play a role, they cannot replace honeybees. “there fundamentally would not be a crop without bees,” said zach ellis, senior director of agronomy at OFI, a global food and ingredients supplier.
the beehive has not seen much technological innovation in 170 years. the langstroth hive, named after the american clergyman who patented it in 1852, is a simple wooden box with frames that can house the queen, worker bees, larvae, and honey.
artificial intelligence technology
artificial intelligence and robotics are capable of replacing “90% of what a beekeeper does in the field,” said saar safra, CEO and co-founder of Beewise. the question is whether beekeepers are ready to replace tried-and-true equipment with smart beehives.
equipped with a camera and a robotic arm capable of taking regular photos of the frames inside the BeeHome, which safra compared to an MRI. the amount of data it captures is staggering. each frame contains up to 6,000 cells where bees can, among other things, brood larvae or store honey and pollen. a hive containing up to 15 frames and a BeeHome can house up to 10 colonies, offering thousands of data points for Beewise’s artificial intelligence to analyze.
while a trained beekeeper can quickly look at a frame and assess its health, AI can do so much faster, as well as absorb information about individual bees in the images. if the AI spots a warning sign, such as a lack of new larvae or the presence of mites, beekeepers receive an update on an app that the colony requires attention.
performance results
smart beehive system capabilities include administering medicine and food as well as opening and closing ventilation vents to regulate temperature or protect against pesticide spraying. safra noted that after two hurricanes hit florida last year, the BeeHomes in the state were still operating while many wooden hives were destroyed.
this durability and responsiveness convinced ellis to expand their use. today, BeeHomes are on 30% of his acreage, but he said that within 3 years, they aim to cover 100%. the startup wants to more than triple the number of BeeHomes in use, reaching one million in 3 years.
ellis compared the hives to a ritz-carlton hotel for pollinators. a five-star stay seems to suit the bees well: Beewise says its units—which it rents out to provide pollination services at what it says are market rates—have seen colony losses of about 8%. that is a sharp drop compared to the average annual loss rate of over 40%, according to the american honey bee inspectors, a group that tracks colony health.
competition and market
it has competition in the bee-saving tech space. companies like dalan animal health are developing vaccines to protect bees from diseases. beehero and beeflow are among those offering sensors to monitor health in hives and fields. both can help improve outcomes in langstroth hives, but still require regular maintenance from a beekeeper.
Beewise expects to reach $100 million in revenue this year, and safra said it is a year away from profitability. the company declined to share the valuation for its funding round. dr. chakrabarti basu of washington state and her colleagues are also working on using AI to detect bees entering hives.
conclusion
“we are in a race against time,” safra said. “we could have the best product on the planet in 15 years, but it does not matter” if no bees survive. with mounting challenges threatening bee survival, advanced technologies like Beewise offer promising solutions to protect these vital pollinators and the ecosystems they support.
frequently asked questions
1. how do Beewise smart hives work?
they use AI-powered cameras and a robotic arm to monitor colony health and deliver immediate treatment when needed, with the capacity to manage up to 10 colonies in a single unit.
2. how effective is this technology in protecting bees?
it reduces colony losses from the traditional 40% rate to just about 8%, providing significant protection for bees and the crops they pollinate.
3. what are the challenges facing the beekeeping industry currently?
they include the spread of disease-carrying mites, climate change, and pesticides, which threaten billions of dollars in pollination-dependent crops.
