Dragino SE02-LB LoRaWAN® Sensors: Smart IoT Soil Monitoring for Farmers & Researchers
Farmers
Coimbatore
Pain Points
Agriculture, horticulture, and environmental science programs struggled to achieve reliable, data-driven soil monitoring.
Theory vs. Field Application Gap
Growers & students measured soil moisture & salinity at points but lacked tools for continuous, scalable field monitoring.
Manual & Infrequent Sampling
Conventional soil probes needed frequent visits and missed short-term changes after rainfall or irrigation.
Limited IoT Integration
Existing systems lacked easy LoRaWAN® & cloud integration, limiting access for small farms and educational use.
Our Offerings
Deployed smart soil sensors for real-time monitoring, efficient irrigation, and IoT-driven research.
Field Deployment Flexibility
SE02-LB sensors at multiple depths capture accurate soil moisture & salinity data across diverse environments.
Dual Parameter Monitoring
Configured to track soil moisture & EC together, providing insights on water availability and soil health.
Long-Range LoRaWAN® Data Transmission
Used LoRaWAN® to send sensor data kilometers to gateways, removing the need for cellular or wired infrastructure.
Cloud-Based Visualization & Alerts
Decoded payloads are sent to ChirpStack, TTN, or private dashboards for trend analysis, irrigation scheduling & anomaly detection.
Outcomes
Precision Irrigation
Enabled farmers to optimize watering schedules, reducing water waste while improving crop yield.
Salinity Control
Continuous EC monitoring detected early salinity buildup, enabling corrective actions like flushing with fresh water.
Reduced Labor & Costs
Automated data transmission eliminated routine manual sampling, lowering labor input and reducing human error.
Educational & Research Benefits
Gave students & researchers real-world IoT exposure, connecting soil science theory with smart farming practices.
