AI up, bees up.
Apiary is two curves on one chart: as the AI rises, the bees rise with it — because the first pays for the second. This isn't a tagline. It's a sanctuary you can walk through, a bee count that climbs because we madeit climb, and an AI built so plainly that nobody's too old or too new to use it. Here's the whole thing, start to finish — no hand-waving, every hard number sourced.
This is the recycling moment for bees. Recycling, seatbelts, the plastic bag — each one was a shrug before it was obvious, and obvious before it was just how things get done. Pollinator collapse is sitting in that exact spot right now: too structural to keep waving off. The first global expert review put it plainly — more than 40% of invertebrate pollinator species, bees and butterflies most of all, face extinction risk (IPBES, 2016). The only open question is whether we choose to act early — or get dragged into it late.
Ten years of decline — and what the math says next
For a decade running, American beekeepers have buried a brutal fraction of their colonies. The most recent national survey is the worst on record: an estimated 55.6% of managed colonies lostbetween April 2024 and April 2025 — the highest annual rate since standardized tracking began in 2010–11 — with commercial operations hit hardest (~62%). Roughly 1.1 million colonies died nationwide. These are beekeeper-reported estimates with wide error bars, not a census — but the floor under them is high and it isn't dropping.
The national hive count only looks "steady" (~2.4 million colonies) because keepers replace the dead as fast as they fall — splitting strong hives, requeening, buying packages. Run the down escalator fast enough and the count holds while the mortality, the labor, and the cost all climb underneath it.
And the wild, native bees — the ones with no keeper to rebuild them — get no such second chance. Four North American bumblebee species have fallen up to 96% in relative abundance and lost much of their range; the rusty-patched bumblebee became the first bumblebee listed as endangered in the U.S.
That's not a recovery — it's a treadmill.
Why it's happening
No single villain. The peer-reviewed consensus is that decline runs on multiple stressors that compound each other — starve a bee and the pesticide and the mite both hit harder.
- ▸Lost forage. Monoculture and paved-over land means fewer flowers, fewer kinds, fewer weeks of bloom — bees starve in plain sight. In Britain, a third of wild bee and hoverfly species declined from 1980–2013, with agricultural intensification a prime suspect.
- ▸Pesticides. Neonicotinoids are one well-evidenced contributor: field-realistic doses roughly doubled honeybee homing failure and cut new-queen production in bumblebees by 85%. The harm is real but often species- and context-dependent — which is exactly why the EU banned three of them outdoors in 2018.
- ▸Varroa mites + disease. A parasite that rides the hive and turns a quiet Deformed Wing Virus infection into a lethal one by suppressing bee immunity — the same immune pathway pesticides knock down. Commercial keepers in 2024–25 named Varroa the cause most often.
- ▸Climate stress. Bumblebees are getting squeezed in a "climate vise" — losing up to ~300 km off their warm southern edge without expanding north. Generalist bees have largely kept pace with bloom timing so far, but for specialists and at high latitudes the overlap is thinning — a real, growing risk, not yet a settled collapse.
Here's the uncomfortable part: awareness hasn't bent this curve, and neither have the small fixes. Extend the same trend and the line just keeps climbing. The only conclusion left standing is active intervention — breeding resilient bees, building real forage, standing up sanctuaries. More bees have to exist on purpose, by our hand.
What's actually at stake
Pollinators sit behind roughly one in three bites you eat — almonds, avocados, berries, melons, squash, coffee, the peanuts and legumes. Wild bees, honeybees, flies, butterflies, birds and bats benefit about 75% of the world's leading crop typesand roughly a third of crop production by volume (Klein et al., 2007). Now the honest correction: lose them tomorrow and we don't starve. Most of our calories ride the wind or self-pollinate — wheat, rice and corn — so the actual yield hit is small, an estimated low single-digit percent of total crop yield. The real loss is the nutritious, interesting half of the plate— pollinated crops supply over 90% of our vitamin C and the majority of our vitamin A, plus big shares of folate, calcium and iron. It's not "no oxygen." It's a quiet collapse of dietary diversity — and up to $235–577 billion a year of crop output leans on pollinators (IPBES, 2016), worst where malnutrition already bites. Prices spike, the high-value cash crops (cocoa, coffee, almonds, berries) wobble, and it cascades to every animal eating those plants. And here's the line the money crowd skips right past: there's no stock market on a dead planet.The richest man alive still has to eat. A living Earth was never the sentimental option — it's the only one on the table.
A sanctuary that runs itself
The endgame is a real place — one day, among the densest bee populations in the country— that you can drive to, hike through, and carry honey home from. Not a fenced lot with a sign. An engineered ecosystem that outperforms what's left out there, and feeds itself:
- 🌸Stacked, all-season bloom. Commercial bee farms haul colonies through one crop at a time — a monoculture junk-food diet, and poor nutrition is exactly what weakens a bee's defenses against everything else. We design the opposite: fields layered for pollen at every height and every season, built around all of what the bees actually need, plus agave and companion plants that keep the cycle replenishing its own nutrients.
- ⛰️Built with the land. A hilly site used to advantage — terraced planting, trees that stack growth, and human structures all working with the terrain instead of flattening it.
- 💧Water and nesting everywhere. Clean water and places to rest, so the bees are happy, busy, and never want to leave.
- 🐝Let nature lead. It's their home, not ours. Bees that are this content don't bother anyone — nobody's getting stung.
- 🛠️Real jobs. Keepers and groundskeepers, paid well — because the people who tend the bees deserve it.
Safe to visit — for real
It's a hike through an active bee habitat, so safety is built in, not assumed. You visit at your own risk and you have to know you're not allergic— if you don't know, you don't go. Beyond that: every trained adult on site carries an epi-pen, including child-dose pens, and knows how to use them (we'll chase state programs and sponsors to keep them stocked). Simple physical measures where it makes sense — even drop-down netting in spots. Honestly, it's belt-and-suspenders: a hive this well-fed is calm and busy, and the only realistic way to get stung is a freak accident, like falling onto one. The whole point is to show the world that bees, given everything they need, just chill. And where we can, guides who actually know beeswalk with you — calm reads as calm, the bees feel it and settle — plus marked help points along the trail so no one's ever far from a hand. And if you're nervous but still want in, grab a bee suitand walk it extra-careful — the whole point is that anyone can come, even with the fear.
One number keeps us honest: the bee population climbing — directly, measurably, because of the effort. And bigger than one site, we want to push toward farms and landowners setting aside flower acreage for pollinators as a real offset — the kind of thing that should be standard someday.
Make the damage pay for the repair
Donations build the first sanctuary. But the arithmetic only really tips when the people causingthe damage are the ones paying to undo it. The industrial operations dousing the landscape in bee-killing chemistry should carry an offset — the same logic we already accept for carbon, pointed at pollinators: pay into real habitat, held to a real standard.
- 📜A standard, not a loophole. Offsets that adhere to a clear outlook — so many healthy colonies per acre, measured for real effectiveness, not a logo on a brochure.
- 🗺️Sanctuaries from nowhere. That funding spawns more sanctuaries like ours out in the middle of nowhere — turning industry's damage into actual habitat on the map.
- ⚖️The case writes itself. Those owners want a future too. You can't hoard your way past a food collapse — a living planet is the one thing the money can't print.
That's a long game — it takes awareness first, then policy. So we start by proving the model works on our own land, and we make the case loud enough that "set aside acreage for pollinators" stops being optional.
Beekeeping anyone can do — at home
Picture a small, safe hive on your balcony — even an apartment-sized comb — with feed tubes you can watch the bees forage from, a flower bed we tell you exactly how to plant, and a little help from their surroundings. The box was never the hard part. Food is.
Go back a century: hardly anyone could keep chickens until cheap feed existed — you either had it or you made it. Bees are no different. Their feed is forage, and almost no one has a year-round bloom in the backyard. Substitutes exist, but they're costly and only half-right — so at backyard scale, this is still an unsolved problem.
Cheap, real pollen feed
Make a pollen feed that's affordable and actually works — from things that grow like a weed (dandelion-easy), or by taking pollen bees normally ignore (the wind-blown grass and tree pollen that just blows away, low-protein, not tasty to them) and making it palatable and nutritious enough that they'll take it.Drop a block in once a month — like feeding a chicken coop — and a healthy little hive runs itself. Honest caveat: that's real R&D, not a sure thing, and we'd be lying to call it solved. Wind pollen is poor food for a reason, and "make them love it" is the whole hard part. But if it cracks, anyone, anywhere can keep bees — and that puts more bees in the world than any single sanctuary ever could.
And the sanctuary is where this gets taught and shared — kid-friendly shops, hands-on ways for families to help, and the proof that ordinary people, not just experts, can raise bees that thrive.
Advanced AI anyone can use — no fear
The other curve is the AI, and we push it hard — but the entire point is the gentlest on-ramp we can build, for every age: seniors, first-timers, anyone who's ever felt locked out of a screen. No jargon, no intimidation. The AI earns; the bees collect. That's the trade, and it's the only justification for building the AI at all: AI up, bees up.
How the money actually works
Straight with you: this isn't a charity where every dollar disappears into someone else's hands. Apiary is a company, and your support funds the company first — the platform, the compute to grow faster and reach more people, and a fund quietly buying its way toward the actual land. That's the honest order of operations: feed the engine, and the engine builds the sanctuary. It isn't only us, either — when we find an outside bee fund doing real work that genuinely needs it, a slice goes there (call it a grand out of every ten we raise for the land). The company winning is the mechanism by which the bees win.We'd rather say that to your face than dress this up as a pure pass-through. Apiary's success isbee help. That's the design, and it's real.
The research behind this
We'd rather show our work than ask you to take our word. Every hard figure above traces to one of these — peer-reviewed journals, federal surveys, and the global expert assessments. Where the science is genuinely uncertain (the forward projection lines, the cheap pollen-feed), we said so on the page.
- 1. Apiary Inspectors of America / Auburn University (2025). U.S. Beekeeping Survey 2024–2025 — 55.6% total annual loss, the worst since 2010–11. apiaryinspectors.org
- 2. Project Apis m. / Honey Bee Health Coalition (2025). ~1.1 million colonies lost nationwide; commercial average ~62%; Varroa most cited. honeybeehealthcoalition.org
- 3. USDA Economic Research Service. Despite Elevated Loss Rate Since 2006, U.S. Honey Bee Colony Numbers Are Stable — the "treadmill," ~2.41M colonies in 2025. ers.usda.gov
- 4. Cameron et al. (2011). PNAS — North American bumblebees: up to 96% abundance decline, 23–87% range loss. pnas.org
- 5. U.S. Fish & Wildlife Service (2017). Rusty-patched bumblebee (Bombus affinis) endangered listing — the first bumblebee listed as endangered in the U.S. federalregister.gov
- 6. IPBES (2016). Assessment Report on Pollinators, Pollination and Food Production — >40% of invertebrate pollinators at risk; >75% of crop types pollinator-benefited; up to $235–577B/yr of crop output depends on pollinators. ipbes.net
- 7. Klein et al. (2007). Proc. R. Soc. B — 87 of 115 leading crops benefit from pollination; ~one-third of production by volume. royalsociety / PMC
- 8. Aizen et al. (2009). Annals of Botany — "How much does agriculture depend on pollinators": removing pollinators cuts total agricultural production by only a few percent. academic.oup.com
- 9. Eilers et al. (2011). PLOS ONE — pollinated crops supply >90% of vitamin C and the majority of vitamin A, plus folate, calcium, iron. journals.plos.org
- 10. Goulson, Nicholls, Botías & Rotheray (2015). Science — bees pressured by multiple interacting stressors, not one cause. science.org
- 11. Henry et al. (2012). Science — sublethal thiamethoxam roughly doubled honeybee homing failure (the mortality model drew published debate; the field effect stands). science.org
- 12. Whitehorn, O'Connor, Wäckers & Goulson (2012). Science — imidacloprid cut bumblebee queen production 85%. science.org
- 13. Nazzi et al. (2012). PLoS Pathogens — Varroa, Deformed Wing Virus and bee immune suppression interact to kill colonies. journals.plos.org
- 14. Wilfert et al. (2016). Science — Varroa drove the global spread of Deformed Wing Virus as the dominant honeybee pathogen. science.org
- 15. Kerr et al. (2015). Science — bumblebee "climate vise," ~300 km southern range loss without northward expansion. science.org
- 16. Bartomeus et al. (2011). PNAS — generalist bees have largely tracked shifts in bloom timing. pnas.org
- 17. Powney et al. (2019). Nature Communications — a third of British wild bee/hoverfly species declined 1980–2013. nature.com
- 18. EFSA (2018). Neonicotinoid peer reviews (clothianidin, imidacloprid, thiamethoxam) underpinning the EU outdoor ban. efsa.europa.eu
The future can be bright — if we start now.
Almost everyone already loves bees. They just file it under someone else's job. This is the part where that turns into action. That's all this really is: starting — on purpose, out loud, now.