About the Palamoa Cloud
The following tutorial is intended to demonstrate that only a few minutes are required to connect Querx network sensors to the Palamoa cloud.
Tutorial: Palamoa Cloud
This tutorial demonstrates how to connect Querx WLAN TH to the service. In general, however, any network sensor that can transmit data in the JSON format or via HTTP Post can be used with Palamoa. The only differences are to be found in the configuration of the individual sensors. The device should ideally be updated to the current firmware, but at least needs to be running version 4.4.18.
The web interface is not always updated correctly. Therefore, it is sometimes necessary to refresh the page.
If you have already created an account but are currently not logged in, you can do so by using the Log In button.
Here you can select the dashboard you want to access.
Configuring the Device
After creating an account, you will see the blank dashboard.
Click the button Add Device, in order to configure a new device.
The header will display a new device without a name or sensor.
Click Unnamed Device.
An input field that lets you configure the device opens.
Enter a name for the device.
Click the tab API-Key, in order to receive the key for the device.
Copy the URL with the key into your cache.
If the configuration of Querx was successful, a dialog that lets Palamoa configure Querx automatically should appear after Querx has sent its first data set. If you click "Yes", Querx will be set up automatically and you can skip the section "Configuring sensors manually".
You can also select the automatic setup from the device's configuration menu at any later time.
A first set of data sent by Querx should appear in the dark field after about a minute.
Once the data is displayed, click Add Sensor, in order to enter a sensor.
Type the sensor’s name into the input field.
Palamoa is highly flexible, making it able to read various data formats. We need to tell the cloud where the corresponding data is located within the data set. We do this by clicking on the input field Value, thus activating it. We then need to click the temperature value within the data set.
Repeat this procedure for the unit by clicking the input field Unit and then selecting °C in the data set.
Palamoa now knows where to find the data that is required to display the temperature.
When configuring a Querx TH or THP sensor, you can add further sensors. You can close the window once all sensors are configured.
Back on the dashboard, the device appears with the configured sensors.
In the current version it might be necessary to refresh the page for the changes to be displayed correctly.
Pull a text widget from the widget list into the dashboard area, using your cursor.
Connect the widget and the sensor.
Use your cursor to pull the device’s sensor onto the widget.
The device’s name, along with the sensor’s name and the most recent value appears in the widget. Congratulations, you have configured your first Palamoa dashboard.
You can now add further devices, sensors and widgets in the same way, in order to further extend your dashboard.
A Palamoa app that lets you easily monitor your data from your Android smartphone is also available. You can find it here in the Google Play Store. (https://play.google.com/store/apps/details?id=com.palamoa_android).
Instead of having to enter your data manually, you can alternatively choose to log in using a QR code. To do this, simply open the QR Code Scanner in the Palamoa app.
On the Palamoa dashboard on the web, click the smartphone icon (in the menu bar at the top) and scan the displayed QR code using the Palamoa Android app.
You are now logged into your account on your smartphone and can monitor your values at any time.
The Querx network sensors feature a web interface that allows users to access data very easily. It is not generally required to connect the sensors to a cloud service on the web.
Certain conditions that are not always easily established or preexisting are required to access the sensors’ data via the internet, when one is not connected to the local network. Some keywords are static IP-address, dynamic DNS, VPN, NAT and port forwarding.
Many clients would also like to be able to view the data measured by multiple sensors that are located in different places on a single web site.
A cloud offers an alternative that can be configured easily. Querx will periodically send its tracked data to a web server that saves and visualizes the data. Querx has already supported some cloud services, such as Xively, ThingSpeak and dweet.io for a while. Unfortunately, we have had problems with cloud operators changing their service or closing it down entirely in the past. The sale of Xively to Google and displaying data from dweet.io via Freeboard are examples of such issues. Beginning with firmware version 4.2, we have taken a more open approach to cloud integration, supporting the transfer of data to external cloud services that are not directly implemented in the firmware.
Additionally, we envisage a free, independent cloud service provided by egnite. This service is now available and goes by the name Palamoa. The current version is still in its infancy, but already indicates the direction we are headed in. One main focus is customizability without making the configuration too complicated.