four zones · every greenhouse measured.
An export greenhouse has four fronts: interior climate (T+RH+CO₂), CO₂ supplementation, soil-moisture irrigation, CFE energy + generator. AstreaIoT covers all four with the same dashboard.
interior climate · T + RH + CO₂
Per-greenhouse temperature + relative humidity + CO₂ + PM sensor (9-in-1 multi-parameter climate sensor). Immediate alerts: RH >85% = fungus risk, CO₂ <400 ppm = limited photosynthesis, T out of range = plant stress. Ventilation + curtains + heating adjusted with data.
CO₂ supplementation
Continuous CO₂ sensor + CO₂ injection control. Maintain 800-1200 ppm during photosynthesis hours = +20-30% yield in greenhouse crops. Zero CO₂ waste when ventilation is open.
irrigation · real soil moisture
Per-zone soil moisture + temperature + EC sensor (soil moisture sensor). Irrigation automated by real moisture (not by timer or intuition). 20-40% water savings + 15-25% yield increase. CONAGUA compliance with data.
energy + generator
main-panel meter main panel + per-greenhouse sub-metering · CFE GDMTO PF analysis. Generator with current meter + diesel sensor + generator-room temperature sensor. Heating and pumps always operational.
Out of scope: open-field precision agriculture, agricultural drones, specific foliar nutrition. AstreaIoT covers FACILITIES (greenhouse climate, cisterns, irrigation system, fertigation, generator, perimeter).
what we protect · what we prevent.
- +Continuous optimal interior climate · ventilation + curtains + heating data-driven
- +Intelligent CO₂ supplementation · +20-30% yield in greenhouse crops
- +Real-moisture irrigation · 20-40% water savings + 15-25% yield
- +Driscoll's/USDA audit backed with continuous data · export protected
- +Generator always ready · heating + pumps operational in blackout
- ✕Crop fungus from undetected humidity >85% · lost harvest
- ✕Low CO₂ limits photosynthesis · invisible suboptimal yield
- ✕Timer irrigation · wasted water + undetected hydric stress
- ✕Exporter audit with observations · rejected lot · Driscoll's contract at risk
- ✕Generator off in blackout · heating down · crop in thermal stress
eight use cases · four critical areas.
for the agronomist / grower.
Agronomist + Greenhouse Grower. Two cases · humidity >85% causes crop fungus, CO₂ <400 ppm limits photosynthesis. Crop in continuous optimal conditions.
for the irrigation lead.
Irrigation Lead + Fertigation Lead. Two cases · intuition/timer irrigation (wasted water), fertigation cistern empties without warning. Data-driven irrigation with CONAGUA backing.
for the maintenance lead.
Maintenance Lead + Energy Lead. Two cases · generator off during blackout (heating drops), electrical spending without per-greenhouse breakdown. Operational continuity + granular budget.
for the commercial director · export.
Commercial Director + Export Quality Lead. Two cases · Driscoll's/Del Monte audit without condition traceability, diesel leaves tank without alert. Export protected with continuous data.
three compliances · one platform covers all three.
For multi-greenhouse operators (3-15 greenhouses in Sinaloa-Sonora or Michoacán cluster), cross-greenhouse dashboard with per-unit yield ranking.
from sensor to report · every five minutes · without human intervention
Five steps. They run in parallel across all your sites, all the time. When something crosses a threshold, the flow completes in under five minutes — alert delivered, response logged, inspector-ready evidence captured.
measure
Sensors measure temperature, humidity, current, door-open, leak and other magnitudes every five minutes — no operator required.
detect
The system compares each reading against the threshold configured per recipe · per site · per equipment. Threshold crossing triggers the flow.
alert
The alert routes to the right person via WhatsApp, email or push · per role and schedule configured.
respond
The operator acts from the dashboard or mobile app. The corrective action goes into an immutable log with timestamp + signature.
audit
Everything becomes part of the audit package · time series, critical events, corrective actions, NOM report ready in two clicks.
Five steps · no manual operators · no paperwork · no gaps.
five phases · per greenhouse.
site survey
1-2 daysTechnical visit + inventory of greenhouses, irrigation/fertigation system, CO₂ supplementation, cisterns, generator · per-greenhouse plan.
physical installation
2-3 daysmulti-parameter climate sensor + T+H per greenhouse + per-zone soil moisture sensor soil + cistern level + main-panel meter + generator + gateway with backup · no crop interruption.
configuration + calibration
1-2 daysPer-crop thresholds (berries differ from tomato) · WhatsApp alerts + remote ventilation · Driscoll's/Del Monte/Sigma templates · per-role alerts.
team training
1 dayAgronomist + Grower + Irrigation Lead + Maintenance + Commercial Director · each role trains on their flow.
30 days of support + first harvest cycle
30 daysAstreaIoT specialist available · first monthly report delivered · first exporter audit backed with data.
For greenhouse clusters (Sinaloa berries with Driscoll's, Michoacán avocado-berries), per-site deployment with monthly waves.
common questions · before the quote.
does it integrate with existing irrigation systems (Netafim, Rain Bird, Hunter)?
Yes · via Custom Integration with commercial irrigation/fertigation systems. Compatible with Netafim NetBeat, Rain Bird IQ, Hunter Centralus + proprietary Mexican systems. Soil moisture sensors feed into the central system.
does CO₂ supplementation require additional infrastructure?
AstreaIoT controls CO₂ injection via solenoids + photosynthesis-hour logic. Requires having CO₂ tank + distribution lines (typical export-greenhouse infrastructure). AstreaIoT adds logic + control + optimization.
what if the greenhouse zone lacks LoRaWAN coverage?
Gateway with cellular backhaul or solar for remote greenhouses. Compatible with rural zones without own Ethernet.
does it comply with good agricultural practices (GAP, GlobalG.A.P.)?
Yes · continuous traceability + monthly auditable report covers GAP + GlobalG.A.P. + USDA + Driscoll's + Del Monte + Sigma requirements. Pre-configured per-exporter templates available.
does it integrate with greenhouse admin systems (SAP Agriculture, Croptracker)?
Yes · via Custom Integration. Climate + irrigation + harvest data arrives at central system. Compatible with SAP IS-Agro, Croptracker, proprietary systems.
is it billed per greenhouse or per hectare?
Flexible model · typical per-greenhouse subscription (1 sensor cluster per greenhouse) or per-hectare for large operations. Tiered pricing (basic = climate; premium = climate + irrigation + CO₂ + sub-metering).
does the soil sensor work with substrates (coco, perlite)?
Yes · soil moisture sensor works with natural soil, coco substrate, perlite, rock wool. Initial per-substrate calibration · threshold alerts configurable per crop + substrate.