Anonymous scenario
LoRaWAN Farm Irrigation Monitoring
An anonymous farm monitoring scenario using LoRaWAN for irrigation, soil and weather telemetry.
Anonymized buyer
A distributor evaluating a field demo package for agricultural monitoring.
Challenge
The farm points were spread out, cable installation was unattractive, and the buyer needed a sample package that could be shown to local customers.
Site context
- Multiple field points across one farm area
- Soil and weather data required
- Gateway placement possible near operations office
Approach
- Use LoRaWAN for clustered low-power sensors
- Define payload fields before sample shipment
- Keep the package neutral for distributor evaluation
Hardware plan
- LoRaWAN gateway
- Soil moisture / temperature / EC sensor
- Compact weather station
- Solar or battery accessories
Integration path
- LoRaWAN uplink to network server
- Payload decoder for soil and weather fields
- MQTT or application-server handoff
Outcome
- The demo scope became a clear sensor-and-gateway kit
- Frequency band and decoder questions were raised early
- The distributor could discuss pilot quantity with better inputs
Quote inputs
- Target country and LoRaWAN band
- Sensor count and distance
- Crop or irrigation context
- Network server preference
Related pages
FAQ
Is this a public customer case study?
No. This is an anonymized scenario page based on common buyer requirements. It does not disclose customer names, supplier names, model numbers, prices or private documents.
Can SunGene prepare a similar package?
Yes. SunGene can review the application, quote inputs and integration path, then prepare a hardware-first sample or pilot package when the scope is clear.
What technologies are involved?
The scenario usually involves LoRaWAN, Irrigation, Soil sensor, Weather station. Final selection depends on target country, site constraints and integration requirements.
What should a buyer provide for LoRaWAN Farm Irrigation Monitoring?
Useful RFQ inputs include target country and lorawan band, sensor count and distance, crop or irrigation context, network server preference.