1
AI touchscreen & controller
Live readouts, AI recommendations, and student notes — all on a built-in display students operate directly.
Live · Our Technology
AI-powered growing
for every classroom.
The Farm-Ed Grow Chamber unites hands-on engineering, controlled-environment agriculture, and real-time data analytics in one compact classroom lab — so students build, grow, test, and analyze like real AgTech innovators.
Temp72.4°F
Humidity68%
Water pH6.2
Spectrum82%
Live telemetry
Light · 820 PPFD
EC · 1.42 mS/cm
CO2 · 612 ppm
Reservoir · 98%
Cycle · Day 17 / 32
The Farm-Ed Platform
Every adjustment is an experiment.
Every reading is a lesson.
Every harvest is a breakthrough.
Farm-Ed isn't a kit. It's a complete platform — a sensor-rich indoor farm, a controlled-environment-agriculture system, and a live data dashboard — designed for the way K-12 science is actually taught.
LAYER 01
The hardware
A 70″ pre-assembled indoor farm with programmable canopy lighting, hydroponics, auto-dosing nutrients, and closed-loop climate control.
LAYER 02
The science
Real controlled-environment agriculture — the same paradigm running today's commercial vertical farms — tuned for the classroom rhythm.
LAYER 03
The data
216,000+ sensor readings per day stream to a live student dashboard. An AI model improves grow recipes between every harvest.
Anatomy of the Grow Chamber
A whole indoor farm — packed into a corner of your classroom.
Tap a label to see what's inside.
2
Programmable LED canopy
A 250 W tunable canopy plus twin 25 W progressive-spectrum side lights. Tune the recipe; watch growth respond.
3
Multi-tier growing zone
Leafy greens, herbs, peppers, cucumbers, tomatoes. One chamber runs three crops at once on staggered cycles.
4
Flood-and-drain hydroponics
Oxygen-rich water and industry-grade nutrients delivered to the roots — no soil, no plumbing, no mess.
A botanical lab in a 6 sqft footprint
Leafy greens. Herbs. Peppers. Tomatoes. All in one chamber.
Students compare growth habits, nutrient needs, and life cycles across basil, lettuce, cherry tomatoes, peppers, and more. Every new plant is a new biology experiment — and a new dataset.
Crops mature on different schedules, which means there's always something to observe, harvest, or replant. Real seasonality, in a classroom corner.
Lettuce
Basil
Cherry tomatoes
Peppers
Cucumbers
Bok choy
From real Farm-Ed classrooms
Industry-grade hydroponics
Flood-and-drain — the same method commercial growers run today.
Oxygen-rich water and precision-dosed nutrients flow directly to the roots, then recede. No soil. Less mess. Optimal development at every stage.
Students measure EC, dial pH, and adjust the nutrient mix between cycles — the exact loop a working AgTech engineer runs.
EC / pH telemetry
Auto dosing
Recirculating
Soilless
Flood & drain · in motion
Automatic climate & spectrum
Temperature, humidity, and light — regulated 24/7 so teachers never touch a dial.
Closed-loop sensors hold the chamber on target ±1°C, ±5% RH, year-round. Wide-spectrum LEDs serve the right wavelengths at the right time, programmable down to the photoperiod.
The result: plants grow strong, healthy, and on schedule — and the data students collect actually reflects the variables they changed.
±1°C precision
±5% RH
Tunable spectrum
Programmable photoperiod
Closed-loop climate · live
What students grow
Every plant. Every dataset. Every lesson — alive.
Not stock photos. Not renders. These are real Farm-Ed classrooms, growing right now.
Leafy GreensLettuce, kale, bok choy
Fruiting CropsTomatoes, peppers, cucumbers
Culinary HerbsBasil, mint, cilantro, parsley
Root ScienceHydroponic root systems
One chamber. Up to three crops running concurrently. New experiments every cycle.
Data-driven decision making
Every sensor reading, in every student's hands. In real time.
Each Grow Chamber streams continuous telemetry to a browser-based dashboard — accessible to every student, on every device, in your school.
Temperature
72.4°
Target band 68–76°F · holding
Humidity
68%
Target band 60–70% · holding
Nutrients (ppm)
1,240
Recipe: leafy-green vegetative
Light spectrum
82%
Red:Blue · 4:1 · Day 17 of 32
Real-time monitoring
Track temperature, humidity, EC, pH, and light — logged every 60 seconds.
Predictive AI insights
The model forecasts yield, flags anomalies, and recommends recipe adjustments.
CSV export · open data
Students download raw datasets and run their own analysis in Sheets or Python.
AI recipes that improve over time
The chamber learns. The students teach it.
Sensor data feeds an AI model that gets sharper with every harvest. Yields go up. Cycle times come down. The grow "recipes" get better — and students see cause and effect in measurable, living terms.
It's machine learning that doesn't live in a textbook. It lives in the chamber, on the dashboard, and in the next basil harvest.
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data points per chamber, per day — the difference between watching plants grow and learning what makes them grow.
Yield per cycle · 14 harvests
AI-optimized recipe vs. baseline
AI recipe
Baseline
Cycle 1Cycle 7Cycle 14
Built for the classroom
A real lab, on a real budget, in a real corner.
Rolls in on casters. Plugs into a standard 120V outlet. No tools, plumbing, or IT tickets required. Streams data the day you turn it on.
70″
Height
Fits under standard classroom ceilings
25 × 28″
Footprint
~5 sqft — sits in any classroom corner
120V
Power
Plugs into a standard wall outlet
~2 wks
Setup
From shipped to growing — on average
Pre-assembled
No plumbing required
Casters included
Wi-Fi enabled
Student-safe enclosure