GrowGuard articles about greenhouse monitoring, horticulture sensors, alerts, AI and data-driven crop decisions.
If you run a greenhouse, orchard, vineyard, or vegetable/flower farm, sensors only help when data reliably reaches a platform your team can use. This guide explains LoRaWAN, NB-IoT and MQTT for growers and shows how data flows into GrowGuard (including TTN API imports) for live monitoring, sensor map, forecast, AI-assisted phytosanitary alerts, reports, and team access.
Read article
A single “average” value can hide local problems: uneven irrigation, microclimates, disease risk, or heat stress. A sensor map helps you see crop zones, compare points fast, and turn live monitoring into action: irrigation, ventilation, VPD management, nutrition, and planning.
Read article
Monitoring is not just seeing a temperature value on a screen. It is understanding crop context, comparing zones, receiving alerts and making decisions before plant stress becomes visible loss.
Read article
Diseases rarely appear from nowhere. Often, the crop passes through hours or days in which temperature, humidity and forecast create risk. GrowGuard helps the team see those conditions before symptoms become obvious.
Read article
Not everything that can be measured is equally useful. A healthy crop is easier to understand when the team follows the parameters that influence decisions: air, root zone, water, nutrition, forecast and history.
Read article
The first 30 days with GrowGuard are about building a reliable foundation: choosing what to measure, installing sensors correctly, validating data, and turning measurements into repeatable decisions for greenhouses, flowers, vegetables, orchards, vineyards, and mixed farms.
Read article