The web interface maps instruments, charts local weather histories, compares farm zones.
Regional forecasts do not capture frost, overheating, wind, dew, or humidity differences within individual farms. Terrain and crop structure can create local risks that change between blocks and greenhouse zones. Operators may spray, sow, ventilate, or protect crops using conditions measured too far away. Farm teams need timely microclimate evidence at the point of work.
Farm Microclimate Risk Monitoring distributes weather stations and sensor nodes across fields, orchards, and protected crops. The hosted interface maps temperature, humidity, precipitation, wind, pressure, leaf wetness, and related trends, with email or SMS alerts for configured limits. Operators use local evidence to plan frost response, spraying, ventilation, sowing, and other weather-sensitive work.
A solar-powered AgroSense Base is installed for the production area and supplemented with battery-powered nodes at representative microclimates. Integrated or external sensors measure weather and crop-environment parameters at scheduled intervals. Nodes send data by proprietary radio to the base, which forwards it through GPRS to the hosted AgroSense server. Operators view mapped measurements and historical charts in a browser and receive email or SMS alerts when limits are reached. They then schedule weather-sensitive field or greenhouse work using conditions recorded at the site.
Vendor documentation: vendor website
Evidence level: L1 · Vendor-stated: how evidence levels work
Earlier Risk Response: Alerts teams when local frost, heat, or moisture limits are reached
Better Work Timing: Supports spraying, sowing, and ventilation using site measurements
Clearer Zone Differences: Shows microclimate variation hidden by regional forecasts
Shared Farm Record: Preserves comparable weather evidence for managers and advisers
Measures precipitation, wind, pressure, temperature, and humidity at the farm
Adds measurement points where terrain, crop, or greenhouse conditions differ
Records crop-surface moisture relevant to disease and spray decisions
Shows instrument locations and recent readings through the hosted web interface
Retains local measurements for reports and comparison across production periods
Sends email or SMS alerts when configured farm conditions reach action limits
Ask the AI Solution Architect: compare this solution against alternatives, check connectivity for your region, and get integration guidance. Included with IoT Apps Enterprise.
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