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Okay, so now that our LoRaWAN Server is ready, we'll be able to configure our Private Network, and for
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that we'll use exactly the same four steps that we've explained earlier.
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The first step is the Gateway configuration.
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It tells the Gateway how to reach the Network Server.
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The second step is the Gateway registration, because only a registered Gateway is allowed to talk to
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the Network Server.
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And for the third step, we're going to register our end-device on the Network Server.
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I'm going to do it quickly because we've done it already with TTN, which is the community edition of
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The Things Stack.
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And it's exactly the same process.
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And finally, the fourth step is the device configuration.
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All right.
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Let's start with the first step, the Gateway registration.
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Our The Things Stack Server listens on Port 1700.
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We could also use Basic Station packet forwarder, but again, I will do it in the easy way and keep
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the UDP Semtech packet forwarder for this demonstration.
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As we said earlier, the service in charge of this is called the Gateway Server.
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So in our case we need to configure the Gateway to send its LoRaWAN data to the address
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tts.univ-lorawan.fr on Port 1700. Depending on the Gateway we have,
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there are several options to configure it.
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In my case, in the gateway configuration web page, I change the destination address.
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I save the settings and that's it.
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First step is done.
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Okay, but just before leaving this configuration page, I'm just going to copy the Gateway EUI because
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I will need it in a few seconds for the Gateway Registration.
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Now I go back on The Things Stack Server for the second step.
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I'm going to register my Gateway.
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We've done it already, so please go back on the corresponding video to see the process in detail.
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From the console we go on the Gateway section.
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We hit the register Gateway button and we enter a new page asking us the Gateway EUI and frequency plan.
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I hit the button "Register gateway".
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And here we go.
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We're done with the Gateway Registration part.
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Okay, so we're done with the second step.
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So now we need to register an end-device on the Network Server.
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That is the third step. From the console,
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we go on the "Applications" section, we create an application training-usmb and we validate. In this application,
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I'm going to manually register an OTAA end-device.
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So in my application, I click on "Register end-device", I select the frequency plan and the LoRaWAN version.
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And I provide the AppEUI/JoinEUI.
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I use zero as I'm not using a Join Server.
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Then as usual I provide my DevEUI and I generate an AppKey.
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This is the same parameters that I will set up in my device.
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And to finish the process I click on "Register end-device".
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Great.
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So now the last step is the device configuration.
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I just need to configure my end-device with the OTAA activation mode.
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The same DevEUI, the same AppKey and the same JoinEUI/AppEUI.
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And when it's done, I start my end-device.
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If we go in the live data section.
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We can see the frames decrypted in the Application Server.
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Excellent.
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Our LoRaWAN Server works perfectly.
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Again, we were a bit fast for this last demonstration because we've done it before with many more details.
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So if you want more information, go back in the corresponding video we did with the Thing Network,
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that's exactly the same process.
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There might be some tiny changes because obviously this is a continuously improving project, but the
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idea remains the same.
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Please give it a try and tell us if you've managed to do it.