WSC2-L LoRaWAN® Weather Monitoring for Real-Time Microclimate Data and Environmental Research
Research Centres
Bengaluru
Pain Points
Limited real-time weather data, costly connectivity and manual reporting weakened field monitoring.
Limited Microclimate Data
Distributed sites lacked reliable local weather data for agriculture, research and environmental decisions.
High Data Acquisition Costs
Conventional stations relied on costly cellular links, increasing expenses across distributed locations.
Delayed Manual Data Collection
Manual readings were often delayed or incomplete, limiting timely analysis and operational response.
Our Offerings
Deployed a WSC2-L LoRaWAN® weather monitoring solution for automated, wide-area environmental data.
Multi-Parameter Weather Monitoring
The WSC2-L collected data from connected sensors for rainfall, wind, temperature and other conditions.
Reliable Power Architecture
A rechargeable battery and 12V input supported continuous operation, with external power for added sensors.
Long-Range LoRaWAN Connectivity
Weather data was sent over LoRaWAN to a gateway, reducing dependence on individual cellular connections.
Cloud Dashboard and Analytics
IoT dashboards displayed live and historical data for visualization, trend analysis and decision support.
Outcomes
Improved Weather Visibility
Real-time local data improved visibility into changing weather and environmental conditions across sites.
Lower Connectivity Costs
Shared LoRaWAN gateway connectivity reduced the need for separate cellular links at each station.
Faster Risk Identification
Timely rainfall, wind and temperature data supported earlier identification of changing field risks.
Scalable Monitoring Coverage
Additional WSC2-L units could extend weather monitoring across research plots and distributed locations.
