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Agri

Precision farming relies on connected sensors to regularly communicate data on soil moisture, acidity/pH, temperature and nutrient levels, among other indicators. Precision farmers' goals for deployments are that devices are easy to install, simple to operate and do not rely on wires. Also, it's understood that solar power is ineffective because, as plants grow, their leaves obscure panels and dust and mud which are unavoidable in most types of farming have similar effects. 

LoRaWAN is a great fit, matching all of the above requirements. It is optimized for lower data rates and can transmit data over many kilometers. In addition, it is low power and because it relies on universal protocols, the costs of the connectivity can be shared across multiple devices. For example, LoRaWAN connectivity can be shared by soil sensors, agricultural machines, and other applications.

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Precision agriculture is entirely reliant on connectivity so that the data collected by cost-effective sensors can be
transmitted to a centralized data processing resource. The nature of agriculture means that hard-wired, fixed-line
connections are not possible – plows and cables don't mix well. Therefore, wireless connections are the only practical option and there is a bewildering array of these for farmers to select from.
Agri & Urban Digital Management 

Silotron

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