Structure
Core
FROM €X · ONE-TIME
Physical greenhouse, blackbox architecture. Ready for sensors, power, water.
- Modular A-frame structure
- Pre-piped water lines
- Sensor and power conduits ready
- Insulated foundation
Agritech · Bucharest
Greenhouses
that think.
From a passive growing shell to an autonomous system that seeds, waters, and harvests. Three tiers, one platform.
Drag · Scroll · Explore
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Greenhouses
Pick the depth of automation that fits your land.
Intelligence
Recommended
Smart
CORE + €X / MO
Solar, battery bank, and computer vision cameras turn the shell into an observant partner that learns your beds and acts when conditions slip.
- Plant-health computer vision
- Pest detection and alerts
- Autonomous watering triggers
- Humidity, CO₂, temp guidance
Robotics
Autonomous
WAITLIST
Robot arms seed, water, and harvest on a closed loop. End-to-end automation pipeline.
- Robotic seeding arm
- Automated harvest pipeline
- Continuous yield logging
- Closed-loop nutrient dosing
The building
A wedge that catches the sun.
A monopitch concrete shell with a glazed southern face. The geometry is the climate system. The PV apron handles the rest.
Concrete mass · south glazing
Raised bed · gravel walk
Ground anchored · zero excavation
Integrated PV apron
How it works
Plan, plant, watch, harvest.
Four steps from empty plot to full annual coverage. Scroll to walk through them.
Place
Drop a pin where it grows.
We compute sun azimuth across seasons, surface ten-year weather normals, and recommend the long-axis orientation that maximises winter light.
LAT 44.43AZIMUTH 178°AVG SUN 6.4h/d
Configure
Lay out the seedbeds.
Pick crops and quantities. The planner places them at minimum spacing or optimal spacing, with companion rules baked in.
PLANTS 184COVERAGE 87%EST. YIELD 142kg/yr
Monitor
Watch what the cameras see.
Computer vision flags pests, scores plant health weekly, and triggers watering when soil moisture drops below crop-specific thresholds.
HUM 68%CO₂ 612ppmPEST 0
Harvest
Pick, log, rotate.
Calendar view forecasts yield density week by week. A rotation engine chains crops so the greenhouse never sits idle.
WEEK 27READY 12.4kgROT FAMILY +1
Inside a working greenhouse
Atmosphere, soil, and crops on one panel.
METAR weather, soil moisture, camera health, and the weekly plant score live side by side. Correlate any of them with yield once you start logging harvests.
streamingsample greenhouse · Cluj
CAMERAS
8 / 8
all nodes online
SOIL RH
62%
bed 1, depth 15cm
HEALTH SCORE
0.91
weekly composite
ENRICHMENT
+12%
vs control
Yield · last 26 weeks
418 kg+18% vs prior 26
METAR · LRBS
Bucharest Băneasa
...
TMP—
RH—
WND—
CLD—
Atmospheric snapshot · correlates with yield once logging begins
Next action
Sow lettuce succession #3 in bed segment B by week 24 to keep coverage above 95%.
Open the plannerCommunity
Follow growers. Apply their blueprint.
Yield efficiency · kg / m² / yr
- 01Lukáš Novák@lukas.bv · Brașov, RO · tier 323.01104kg / yr
- 02Maria Popa@maria.cluj · Cluj-Napoca, RO · tier 219.1612kg / yr
- 03Petar Iliev@petar.sf · Sofia, BG · tier 217.61056kg / yr
Live feed
- @maria.cluj harvested Roma tomatoes from Bed 2.12.4 kg12 min ago
- @lukas.bv rotated cucumber stand into bed segment B.1 h ago
- @ana.ag logged a CO₂ enrichment cycle.850 ppm3 h ago
- @petar.sf published a new blueprint: Summer Pepper Wall.yesterday
- @lukas.bv hit a new weekly yield record.29.1 kgyesterday
Assessment
Tell us about the plot.
We respond within two working days with a site assessment, a recommended tier, and a quote. No charge for the first conversation.