In this episode, we're breaking down the LoRaWAN signal path, making it easy to understand how data travels from sensor to application.

Figuring out how LoRaWAN works is the first step of unlocking the whole thing. Once you understand how the signal gets from the sensor to where you're going to use it, the pieces start to fall into place.

Takeaways:

• LoRaWAN operates through a series of steps: sensor to gateway, gateway to LNS, and finally to the application where data is utilized.
• The sensor, also known as an end device or node, gathers measurements from the physical world, such as temperature or GPS data.
• Understanding the signal path in LoRaWAN is crucial for effectively leveraging its capabilities in business applications.
• The LNS acts as the brain of the LoRaWAN system, managing device authentication and filtering duplicate messages to ensure accurate data transmission.
• In traditional LoRaWAN, a gateway forwards sensor data to the LNS, which decodes it before sending it to an application for action.
• Helium's model adds an extra step with the Helium Packet Router, which facilitates cryptocurrency transactions behind the scenes, making it user-friendly.

• metsci show
• console.meteoscientific.com

• Helium Foundation
• MeteoScientific
• IoT Working Group