The First Prototype
100 acres in Central Florida. Eight interlocking zones. A rotating farmer model where every person learns every discipline. AI sensors tracking every pollinator, every soil reading, every bloom cycle. This is where it all begins.
A Bird's-Eye View
100 acres, eight zones, the buildings that hold them together — and the bees that thread it all into one experiment.
Note. Pollinator buffer strips (the honey-toned bands) form continuous foraging connectivity between every production parcel — pollinators function as the structural mortar of the plan, not a discrete sector. Three apiary stations are sited so that every productive parcel falls within standard Apis mellifera foraging range (≈ 2 mi). Layout is schematic; final dimensions subject to topographic survey.
The Integrated Zones
Eight interlocking zones across 100 acres — each contributing data, resources, and life to every other.
Orchard Zone — 20 Acres
80+ fruit and nut trees selected for year-round bloom succession. Citrus, stone fruit, pecans, persimmons, and mulberries interplanted with nitrogen-fixing support trees. Continuous forage for pollinators year-round. Yield data tracked per tree.
Wildflower Meadows — 15 Acres
Native wildflower meadows designed to bloom in overlapping waves from spring through late fall. Each meadow is a controlled research plot tracking species attraction rates, pollen quality, nectar flow volume, and pollinator behavior patterns.
Beekeeping Sanctuary — 8 Acres (The Heart)
The thesis of the entire institute lives here. 8+ observation hives with transparent panels for non-invasive monitoring, plus mason bee houses, bumble bee nest boxes, and ground-nesting native bee plots throughout. Every other zone on the farm exists in part so these colonies can forage across all 100 acres — a 2–5 mile radius that reaches into every neighboring ecosystem too. Strict no-kill management. Hive-scale weight, sound, temperature, and traffic sensors stream live. The bees stitch the farm together; we measure every thread.
Microgreen Research Huts — 2 Acres
4 climate-controlled growing structures producing nutrient-dense microgreens year-round. Temperature, humidity, and light precisely controlled. Doubles as pollinator-proximity research stations studying how nearby pollinator activity affects flavor and nutrition.
Livestock Integration — 20 Acres
Heritage-breed goats (dairy), chickens (eggs + pest control), and fiber animals in rotational grazing. Animals provide fertility cycling, pest control, ground disturbance creating ideal nesting habitat, and revenue streams (milk, eggs, fiber).
AI Sensor Network — All 100 Acres
60+ custom IoT sensors (ESP32-based) and 12 machine-vision cameras deployed across every zone. LoRaWAN mesh network. Real-time pollinator movement tracking, environmental monitoring, and plant health assessment. All open-source.
Soil & Water Lab — 3 Acres
On-site soil testing station with compost windrows, vermiculture beds, and water quality monitoring. Every zone's soil is tested quarterly. Composting operations feed all growing zones. Zero synthetic inputs.
Education & Visitor Center — 5 Acres
Welcome center, workshop space, classroom, small café serving farm produce. Guided tour staging area. Community garden plots for local families. The public face of the Institute.
The Circular System
Nothing is wasted. Every output becomes an input for something else.
🐝 Pollinators fertilize orchards & wildflowers → increasing yields and biodiversity
🌸 Orchards & flowers produce pollen and nectar → sustaining bee populations year-round
🐐 Livestock provide manure & ground disturbance → creating nesting habitat and fertility
🌱 Microgreen huts generate controlled-environment data → compared against open-field results
👨🌾 Rotating farmers learn every discipline → creating practitioners who understand the full circle
📡 AI sensors track everything → feeding the open-source knowledge base in real-time
📖 Knowledge base enables replication → multiplying impact through Polihubs worldwide
🧪 Soil lab processes compost → feeding all growing zones with zero synthetic inputs
Staff & Hierarchy
A realistic staffing model based on actual farm operations — scientist-farmers who teach, learn, and research.
Farm Manager
$65,000/yrRuns the entire 100-acre operation. Hiring, budgets, long-term planning, external partnerships. Reports to Leone University board.
Section Managers (2)
$48,000/yr eachEach oversees half the farm's zones. Coordinates rotation schedules, ensures research protocols, manages farmers day-to-day.
Rotating Farmer-Educators (4)
$38,000/yr eachThe heart of the model. Each farmer rotates through all sections on 6-month cycles: livestock → flowers → orchards → beekeeping. They teach interns and lead guided tours.
Apiarist / Beekeeper
$48,000/yrSpecialist managing all hive operations, colony health monitoring, honey harvest, and native bee habitat. Works closely with rotating farmers during their beekeeping rotation.
Soil Scientist (Contract)
$15,000/yrQuarterly soil testing across all zones, composting guidance, nutrient cycling recommendations. On-call for urgent soil issues.
Data Scientist
$85,000/yrManages the entire data pipeline — sensor ingestion, database management, statistical analysis, data visualization. Builds dashboards and prepares data for publications.
LLM/AI Specialist
$95,000/yrDesigns and fine-tunes the custom open-source LLM for pollination data queries. Manages machine vision models, camera networks, and the open-source data platform.
Education Coordinator
$42,000/yrManages school visits, workshop scheduling, agritourism, farmer training certificate program, and intern rotations.
Intern Cohort (6 at a time)
$15/hr × 20hr/wkRolling 6-month internships. Interns rotate through all zones alongside the farmer-educators. Hands-on learning covering every discipline. 2 cohorts per year.
The Rotating Farmer Model
Every farmer learns every discipline — creating practitioners who think in systems, not silos.
We hire 4 farmer-educators — passionate, scientifically-minded professionals. Each one rotates through all sections on 6-month cycles: livestock management → wildflower fields → orchard care → beekeeping. By the time they complete the full rotation, they understand how every piece of the ecosystem connects.
These farmers aren't just workers — they're educators and researchers. They teach a rolling band of interns, lead guided tours for visitors, and contribute observations to the research database. The section managers coordinate their schedules and ensure research protocols are followed. The farm manager oversees the entire operation.
Livestock Rotation
6 monthsHeritage goats (dairy), chickens (eggs), fiber animals. Rotational grazing, fertility cycling, ground-nesting bee habitat creation.
Flower Field Rotation
6 monthsWildflower meadow management, bloom succession planning, pollen quality monitoring, pollinator census counts.
Orchard Rotation
6 monthsTree care, pruning, harvest timing, pollinator-friendly understory, yield-per-tree tracking, fruit quality analysis.
Beekeeping Rotation
6 monthsNo-kill colony management, observation hive monitoring, honey harvest, pollinator health assessments, species cataloging.
100 Acres. One Vision. Infinite Data.
See the financial case — real budgets, realistic projections, and the investment thesis.