All About Smart Agriculture System Using IoT

The Smart agriculture system monitors parameters like #soilmoisture , salinity, NPK value, and pH of soil, as well as the levels of carbon dioxide, oxygen, and light intensity above the soil.
These parameters are monitored by the #sensors equipped in an #iotdevices, which is known as a sensor node.
The sensors are positioned at various depths to collect data from multiple soil layers.
Farmers can customize the parameters to their unique soil types and crop needs by setting specific thresholds for each parameter.
The #sensors nodes form a powerful mesh network where data flows from sensor nodes to branch managers and from branch managers to the central gateway.
The location of the devices that make up the mesh network can be seen on the #dashboard. The real-time information on each sensor node can be visualized to monitor alerts and detect potential problems before they affect the crop.
#smartagriculture system doesn’t just inform, it empowers. The system provides real-time alerts and actionable recommendations, assisting farmers with optimal crop management strategies.
Farmers can make informed decisions to optimize crop yield with data #analytics and historical trends.
Agriculture is changing, and thanks to smart agriculture, farmers get the tools they need to make every harvest their best.
Read more: psiborg.in/iot-case-studies/s...
psiborg.in/smart-agricultural...
E-mail: [e-mail]
For Help: [phone]
You can also visit our social media platforms and find out more information.
Facebook: / psiborgtech
Twitter: / psiborgindia
Instagram: / psiborgindia
LinkedIn: / psiborg
#internetofthings #smartagriculture #iotapplications #agriculture #iotinagriculture #soilhealth #monitoring #iotcommunity #smart #sensors #iotconnectivity #psiborg #iotplatform #informativevideos #iotserviceprovider #iotinnoida #smartagriculture #iotsecurity #agribusiness #agro

[@user-cj9tn4sl7j]

where can i find the code