Looking for a simple, fully controlled private network that’s quick to deploy? Activate the embedded server.

1- ACTIVATE

Enable the embedded LoRaWAN server

From the gateway interface:

• Select an operating mode (in this case, LoRa server).
• Complete the settings specific to this mode.

1- ACTIVATE

Access the embedded LoRaWAN server

When the embedded LoRaWAN server is enabled, open the network server from the web interface and log in with the LoRaWAN server credentials you just set up.

2- DEPLOY

View your gateway fleet

The IRIS gateway is automatically pre-registered on the LoRa server interface, where you can view its details.

From this same interface, you can also view other gateways that send their frames to this LoRaWAN server via the Semtech UDP Packet Forwarder.

2- DEPLOY

Create/configure an application

The application groups LoRaWAN devices by usage, location or type, and forwards their data to the same server. By default, an application is created when the gateway is registered on the LoRa server.

From the ‘Application details’ menu, you can:

• “Devices”: view the device list and add a new device (Add device),
• “Multicast groups”: create and manage multicast groups, assign devices, and schedule multicast downlinks,
• “Relays”: manage relay nodes and the devices operating through a relay,
• “Application configuration”: edit application settings such as name and description.

2- DEPLOY

Create/assign a device profile

To register a sensor on the gateway, you must associate it with an equipment profile. The server uses this profile to interpret uplinks, queue downlinks and display measurements.

Adeunis sensor profiles are preloaded on the LoRaWAN server. For all other third-party sensors, you can easily create a profile using the information provided by the sensor manufacturer.

2- DEPLOY

Register a device

Once your Application and Device Profiles are in place, you can now register devices on the embedded LoRaWAN server.

2- DEPLOY

Declare a batch of sensors

You can also perform bulk imports.

2- DEPLOY

Power up the device

At this point, all that’s left is to power up the sensor. It will join the network, and you’ll start seeing frames coming in live.

Here, an Adeunis COMFORT sensor, started via the IoT Configurator application.

3- INTEGRATE

Send a downlink from the server

To change a sensor configuration parameter, you can easily send a downlink from the server.

You can also configure a multicast group to send the same command to multiple sensors in a single operation.

3- INTEGRATE

Route data to an IoT platform

Once the LoRaWAN network is configured and the gateway and sensors are online on the LoRa server, all that remains is to send the decoded (or undecoded) frames from the devices to your IoT platform via MQTT/MQTT(s) or HTTP/HTTP(s).

You can also activate and configure a JSON transformation script to adapt the data format to the platform.

4- MAINTAIN

Maintaining operational condition

In the Maintenance section, you will find the following MCO functions:

• Periodic auto-reset if the customer requests scheduled reboots,
• AT commands to troubleshoot the cellular link,
• Syslog to view and export logs,
• Backup & Restore: after commissioning, export the configuration and store it with the site documentation,
• Firmware upgrade: a controlled update process—always take a backup first.