Data & Analytics

Every Drop,
Measured

Our aeroponic system generates over 50GB of environmental and biological data per farm per year. Here's what the data tells us — and what it can tell you.

Yield Analytics

Proven Yield Advantage

3.2× higher annual yield per square meter compared to traditional shade-grown coffee. Consistent across 4 harvest cycles.

Annual Yield per m² — 4 Harvests

Resource Efficiency — Our vs. Traditional

Yield Density
4.8 kg/m²
Annual cherry yield per m². Traditional: ~1.5 kg/m². Vertical stacking multiplies effective density.
Harvest Predictability
±3.2%
Std dev of predicted vs. actual yield across 12 modules. Traditional土培: ±40%.
Growth Cycle
210 days
Seed to first cherry harvest. Traditional: 365–730 days. Accelerated by optimized VPD and photoperiod.
Quality Metrics

Data-Defined Flavor

Blind cupping scores from 3 independent Q-graders. We correlate sensor data with flavor attributes to optimize the growing environment for specific taste profiles.

Cupping Score Breakdown (96/100 Avg)

Flavor Attribute Correlation with Env. Variables

"

The clarity and sweetness of these beans rival washed Yirgacheffe — but with a consistency I've never seen in any single-origin lot. The data-driven approach to controlling fermentation and drying is evident in the cup.

Q
Q-Grader #4821
Independent Cupping — Jan 2026
Environmental Data

The Sustainability Case in Numbers

92%
Less Water
1,680L per kg vs. 21,000L in traditional. Recycled closed-loop system.
87%
CO₂ Reduction
No deforestation, no shipping from origin, local urban production.
0
Pesticides / Herbicides
Closed-loop indoor environment. Zero chemical intervention required.
99%
Nutrient Recovery
Closed-loop nutrient cycling. Waste water treated and recirculated.

24h Environmental Trend — Module A-07

Want Access to the Raw Data?

Researchers and developers can access our open dataset via API. Collaborate with us on the future of data-driven agriculture.

Explore Collaboration Request Data Access