Learn about the procedures and processes to start sharing data
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Have a receiver and ready to share?
Great! Simply follow the steps below to connect your hardware and install the Operating System & RB feeder software. If you’re missing or need to buy some hardware head over to our store and pick it up.
Connection Diagram
Install the Operating System
Follow the instructions in the video below to install the OS on your Raspberry Pi.
Setting Up
Step 1
Our system works by using a sharing key. This key identifies your station and is present in the packets that are sent to our servers. When you first run our software on your raspberry pi, your sharing key is automatically created and is saved in a configuration file. If you already have a sharing key from a previous installation, you can change the configuration file and save it with your key. That way you won't lose your sharing history. Each installation should have a unique sharing key.
With RBFeeder, you can share data using an RTL Dongle or other decoding software such as ModeSdeco, ModesMixer, dump1090 and VirtualRadar Server.
sudo bash -c "$(wget -O - http://apt.rb24.com/inst_rbfeeder.sh)"
Step 2
sudo nano /etc/rbfeeder.ini
Register your Receiver
Registering or claiming your receiver is an important step in the setup process, as data is not shared with AirNav Radar unless this step is complete.
- To register your receiver, go to this link - https://www.airnavradar.com/sharing-data/claim
- Enter your SHARING KEY in the field provided and then click CLAIM.
- That's it! You'll also get an email stating that your receiver has been successfully registered with AirNav Radar.
Monitor Receiver
Spot your Receiver!
Done setting up your receiver? To check if it is online. Click on the NEW UNITS button below to see if your receiver is live. If you don’t see it immediately, don’t worry. Check back after 1 or 2 hours.
New UnitsMy Station Page
To monitor your receiver and view, uptime and upload statistics, just log into your AirNav account and follow the steps below.
- Сlick the ACCOUNT Button (top right side of the screen).
- Next click on STATIONS.
- Then choose your receiver (PGARNBxxxxxx / EXTRPIxxxxxx).
Login to AirNavRadar.com
Or with social networks:
Sign up with FacebookSign up with GoogleSign up with AppleCreate AirNav Radar Account
Or sign up with social networks:
Sign up with FacebookSign up with GoogleSign up with AppleGuide to Install Raspberry Pi AirNav Radar Feeder
Do you have a Raspberry Pi running dump1090 or VirtualRadar Server? And would you like to share your data with us? Well now you can, by using our RBFeeder software!
Our system works by using a sharing key. This key identifies your station and is present in the packets that are sent to our servers. When you first run our software on your raspberry pi, your sharing key is automatically created and is saved in a configuration file. If you already have a sharing key from a previous installation, you can change the configuration file and save it with your key. That way you won't lose your sharing history. Each installation should have a unique sharing key.
With RBFeeder, you can share data using an RTL Dongle or other decoding software such as ModeSdeco, ModesMixer, dump1090 and VirtualRadar Server.
1 First, you need to install RBFeeder
sudo bash -c "$(wget -O - http://apt.rb24.com/inst_rbfeeder.sh)"2 Edit the configuration file to meet your system requirements. RBFeeder can connect to any receiver that uses the BEAST or RAW protocol (VRS, ModeSMixer, etc.). Alternatively you can use the RBFeeder software with your RTL dongle.
sudo nano /etc/rbfeeder.ini2a If you want to use the RBFeeder software with your RTL dongle
Open configuration file (located at /etc/rbfeeder.ini) and change option "network_mode" to "false" under "[client]" section. If you have more than one RTL dongle, you can select the correct one by adding option "device=‹device number›" under "[client]" section of configuration file. Or, just type the following command
sudo rbfeeder --set-network-mode off --no-start2b If you want to use the RBFeeder software with an existing decoder program
Open configuration file (locate at/etc/rbfeeder.ini) and change option "network_mode" to "true" under "[client]" section. Now, under section "[network]", change these options: "mode", "External_port", "external_host". Mode defines protocol to use. It can be "BEAST" or "RAW". Anything else will be ignored. "external_host" defines the host that feeder will connect to fetch data and "external_port" defines the port to connect on this host. Or, just type the following command
sudo rbfeeder --set-network-mode on --set-network-host ‹host› --set-network-port ‹port› --set-network-protocol ‹beast/raw› --no-start2c If you already have a sharing key (from previous setup), change "key" under "[client]" section with your key. You can also setup your key by using the command line:
sudo rbfeeder --setkey ‹your sharing key›2d If you don't have a sharing key, a new one will be created automatically when you connect to the AirNav Radar servers the first time.
3 Optional Step: Check your new key (or current key defined in the configuration file) by opening the configuration file or by typing in the command line:
sudo rbfeeder --showkeyYou will need this key to claim this station to your AirNav Radar account in our website.
4 Install MLAT client
In order to activate MLAT in your Raspberry Pi, please install MLAT client:
sudo apt-get install mlat-client -y5 RBFeeder automatically start after the reboot of your raspberry pi, but you can also start manually:
sudo systemctl restart rbfeederSample configuration for using with local dongle and let the server create a new sharing key for you:
[client]
network_mode=false
Sample configuration for ModesMixer/dump1090 running on a machine with IP 192.168.5.15
and providing BEAST protocol on port 30005
[client]
network_mode=true
[network]
mode=raw
external_host=192.168.5.15
external_port=30005
6 You're now ready to start feeding! Use the sharing key to associate with your account, become Business member and track your flights on our maps.
Claim your Raspberry Pi
