- Docker-Planefence
This repository contains Planefence, which is an add-on to ultrafeeder
, readsb
, dump1090
, or dump1090-fa
(referred to herein as your Feeder Station
.
Planefence will create a log of aircraft heard by your Feeder Station that are within a "fence", that is, less than a certain distance and lower than a certain altitude from your station. This log is displayed on a website and is also made available in daily CSV files. Furthermore, Planefence can send a notification for every plane in the fence to Mastodon, Discord, and/or Twitter, and with some add-on software/hardware, you will be able to collect noise figures to see how loud the aircraft are that fly above your Feeder Station.
Planefence is deployed as a Docker container and is pre-built for the following architectures:
- linux/ARMv7 (armhf): Raspberry Pi 3B+ / 4B with 32 bits Debian 10 Linux or later (RaspOS, Armbian, DietPi, etc.)
- linux/ARM64: Raspberry Pi 4B with 64 bits Debian OS 10 or later (RaspOS, Armbian, DietPi, Ubuntu, etc.)
- linux/AMD64: 64-bits PC architecture (Intel x86 or AMD) running Debian 10 Linux or later (incl. Ubuntu)
The Docker container is available at ghcr.io/sdr-enthusiasts/docker-planefence
and can be pulled directy using this Docker command: docker pull ghcr.io/sdr-enthusiasts/docker-planefence
.
Here are some assumptions or prerequisites:
- You are already familiar the
dump1090
family of ADS-B software (for example,ultrafeeder
,readsb
,tar1090
,dump1090
, ordump1090-fa
), how to deploy it, and the hardware needed. Ideally, you have your ADS-B station already up and running. - You know how to deploy Docker images to your machine. If you don't -- it's actually quite simple. It makes installation of new components really easy. Mikenye's excellent Gitbook contains a step-by-step guide, and here you can find a quick install script.
- You use
docker-compose
. This README has been written assumingdocker-compose
. If you don't have it, feel free toapt-get install
it. It should be easy to convert thedocker-compose.yml
instructions to a command-linedocker run
string, but you are on your own to do this. - Further support is provided at the #planefence channel at the SDR Enthusiasts Discord Server. If you need immediate help, please tag "@k1xt" to your message.
Note - this guide assumes that /home/pi
is your home directory. If it is not (for example, Ubuntu builds use /home/ubuntu
as their default account), please change all mentions of /home/pi
to the applicable home directory path.
There must already be an instance of ultrafeeder
, tar1090
, dump1090[-fa]
, or readsb
connected to a SDR somewhere in reach of your Planefence machine:
- This could be in the same stack of containers, separately on the same machine, or even on another machine.
- It is important to enable SBS data on port 30003 on that instance. PlaneFence will use this to get its data. See the Troubleshooting section for help to get this done
- If you are adding this to an existing stack of docker containers on your machine, you can add the information from this project to your existing
docker-compose.yml
. - If you are not adding this to an existing container stack, you should create a project directory:
sudo mkdir -p /opt/planefence && sudo chmod a+rwx /opt/planefence && cd /opt/planefence
. Then add a newdocker-compose.yml
there. - Get the template Docker-compose.yml file from here:
curl -s https://raw.githubusercontent.com/sdr-enthusiasts/docker-planefence/main/docker-compose.yml > docker-compose.yml
In the docker-compose.yml
file, you should configure the following:
- IMPORTANT: The image, by default, points at the release image. For the DEV version, change this:
image: ghcr.io/sdr-enthusiasts/docker-planefence:dev
- IMPORTANT: Update
TZ=America/New_York
to whatever is appropriate for you. Note that this variable is case sensitive - There are 2 volumes defined. My suggestion is NOT to change these unless you know what you are doing
- After you exit the editor, start the container (
docker-compose up -d
). The first time you do this, it can take a minute or so. - Monitor the container (
docker logs -f planefence
). At first start-up, it should be complaining about not being configure. That is expected behavior. - Once you see the warnings about
planefence.config
not being available, press CTRL-C to get the command prompt.
- After you start the container for the first time, it will create a few directories with setup files. You MUST edit these setup files before things will work!
- MANDATORY: First -- copy the template config file in place:
sudo cp /opt/adsb/planefence/config/planefence.config-RENAME-and-EDIT-me /opt/adsb/planefence/config/planefence.config
- MANDATORY:
sudo nano /opt/adsb/planefence/config/planefence.config
Go through all parameters - their function is explained in this file. Edit to your liking and save/exit usingctrl-x
. THIS IS THE MOST IMPORTANT AND MANDATORY CONFIG FILE TO EDIT !!! - OPTIONAL:
sudo nano /opt/adsb/planefence/config/planefence-ignore.txt
. In this file, you can add aircraft that PlaneFence will ignore. If there are specific planes that fly too often over your home, add them here. Use 1 line per entry, and the entry can be a ICAO, flight number, etc. You can even use regular expressions if you want. Be careful -- we use this file as an input to a "grep" filter. If you put something that is broad (.*
for example), then ALL PLANES will be filtered out. - OPTIONAL:
sudo nano /opt/adsb/planefence/config/airlinecodes.txt
. This file maps the first 3 characters of the flight number to the names of the airlines. We scraped this list from a Wikipedia page, and it is by no means complete. Feel free to add more to them -- please add an issue at https://github.com/sdr-enthusiasts/docker-planefence/issues so we can add your changes to the default file. - OPTIONAL: If you configured Twitter support before,
sudo nano /opt/adsb/planefence/config/.twurlrc
. You can add your back-up TWURLRC file here, if you want. - OPTIONAL: Configure tweets to be sent. For details, see these instructions: https://github.com/kx1t/docker-planefence/blob/main/README-planetweet.md
- OPTIONAL:
sudo nano /opt/adsb/planefence/config/plane-alert-db.txt
. This is the list of tracking aircraft of Plane-Alert. It is prefilled with the planes of a number of "interesting" political players. Feel free to add your own, delete what you don't want to see, etc. Just follow the same format. - OPTIONAL: If you have multiple containers running on different web port, and you would like to consolidate them all under a single host name, then you should consider installing a "reverse web proxy". This can be done quickly and easily - see instructions here.
- OPTIONAL: If you have a soundcard and microphone, adding NoiseCapt is as easy as hooking up the hardware and running another container. You can add this to your existing
docker-compose.yml
file, or run it on a different machine on the same subnet. Instructions are here. - OPTIONAL for Plane-Alert: You can add custom fields, that (again optionally) are displayed on the Plane-Alert list. See this discussion on how to do that.
- OPTIONAL: The website will apply background pictures if you provide them. Save your .jpg pictures as
/opt/adsb/planefence/config/pf_background.jpg
for Planefence and/opt/adsb/planefence/config/pa_background.jpg
for Plane-Alert. (You may have to restart the container or dotouch /opt/adsb/planefence/config/planefence.config
in order for these backgrounds to become effective.) - OPTIONAL: Add images of tar1090 to your Tweets in Planefence and Plane-Alert. In order to enable this, simply add the
pf-screenshot
section to yourDocker-compose.yml
file as per the example in this repo'sdocker-compose.yml
file. Note - to simplify configuration, Planefence assumes that the hostname of the screenshotting image is calledpf-screenshot
and that it's reachable under that name from the Planefence container stack. - OPTIONAL: Show OpenAIP overlay on Planefence web page heatmap. Enable this by setting the option
PF_OPENAIP_LAYER=ON
in~/.planefence/planefence.config
- If you made a bunch of changes for the first time, you should restart the container. In the future, most updates to
/opt/adsb/planefence/config/planefence.config
will be picked up automatically - You can restart the Planefence container by doing:
pushd /opt/adsb && docker-compose up -d planefence --force-recreate && popd
- Planefence deployment example: https://planefence.com/planefence
- Plane-Alert deployment example: https://planefence.com/plane-alert
- Mastodon notifications: https://airwaves.social/@planeboston
Planefence and Plane-Alert keep a limited amount of data available. By default, PlaneFence keeps 2 weeks of data around, while Plane-Alert isn't time limited. This data is accessible using a REST interface that makes use of HTTP GET. You can access this API from the directory where your Planefence or Plane-Alert web pages are deployed. For example:
- If Planefence is available at https://planefence.com/planefence, then you can reach the Planefence API at https://planefence.com/planefence/pf-query.php
- If Plane-Alert is available at https://planefence.com/plane-alert, then you can reach the Plane-Alert API at https://planefence.com/plane-alert/pa-query.php
The Planefence and Plane-Alert APIs accept awk-style Regular Expressions as arguments. For example, a tail number starting with N, followed by 1 digit, followed by 1 or more digits or letters would be represented by this RegEx: n[0-9][0-9A-Z]*
. Querie arguments are case-insensitive: looking for n
or for N
yield the same results.
Each query must contain at least one of the parameters listed below. Optionally, the type
parameter indicates the output type. Accepted values are json
or csv
; if omitted, json
is the default value. (These argument values must be provided in lowercase.)
Note that the call
parameter (see below) will start with @
followed by the call (tail number or flight number as reported via ADS-B/MLAT/UAT) if the entry was tweeted. So make sure to start your call
query with ^@?
to include both tweeted an non-tweeted calls.
Parameter | Description | Example |
---|---|---|
hex |
Hex ID to return | https://planeboston.com/planefence/pf_query.php?hex=^A[AB][A-F0-9]*&type=csv returns a CSV with any Planefence records of which the Hex IDs that start with A, followed by A or B, followed by 0 or more hexadecimal digits |
tail |
Call sign (flight number or tail) to return | https://planeboston.com/planefence/pf_query.php?call=^@?AAL[0-9]*&type=json returns any flights of which the call starts with "AAL" or "@AAL" followed by only numbers. (Note - the call value will start with @ if the entry was tweeted, in which case the tweet_url field contains a link to the tweet.) |
start |
Start time, format yyyy/MM/dd hh:mm:ss |
https://planeboston.com/planefence/pf_query.php?start=2021/12/19.*&type=csv returns all entries that started on Dec 19, 2021. |
end |
End time, format yyyy/MM/dd hh:mm:ss |
https://planeboston.com/planefence/pf_query.php?end=2021/12/19.*&type=csv returns all entries that ended on Dec 19, 2021. |
Parameter | Description | Example |
---|---|---|
hex |
Hex ID to return | https://planeboston.com/plane-alert/pa_query.php?hex=^A[EF][A-F0-9]*&type=csv returns a CSV with any Planefence records of which the Hex IDs that start with A, followed by E or F, followed by 0 or more hexadecimal digits. (Note - this query returns most US military planes!) |
tail |
Tail number of the aircraft | https://planeboston.com/plane-alert/pa_query.php?tail=N14[0-9]NE&type=csv returns any records of which the tail starts with "N14", followed by 1 digit, followed by "NE". |
name |
Aircraft owner's name | https://planeboston.com/plane-alert/pa_query.php?name=%20Life|%20MedFlight&type=csv returns any records that have " Life" or " MedFlight" in the owner's name. |
equipment |
Equipment make and model | https://planeboston.com/plane-alert/pa_query.php?equipment=EuroCopter returns any records of which the equipment contains the word "EuroCopter" |
timestamp |
Time first seen, format yyyy/MM/dd hh:mm:ss |
https://planeboston.com/plane-alert/pa_query.php?timestamp=2022/01/03 returns any records from Jan 3, 2022. |
call |
Callsign as reported by aircraft | https://planeboston.com/plane-alert/pa_query.php?call=SAM returns any records of which the callsign contains "SAM". |
lat |
Latitude first observation, in decimal degrees | https://planeboston.com/plane-alert/pa_query.php?lat=^43 returns any records of which the latitude starts with "43" (i.e., 43 deg N) |
lon |
Longitude first observation, in decimal degrees | https://planeboston.com/plane-alert/pa_query.php?lon=^-68 returns any records of which the longitude starts with "-68" (i.e., 68 deg W) |
- Be patient. Some of the files won't get initialized until the first "event" happens: a plane is in PlaneFence range or is detected by Plane-Alert. This includes the planes table and the heatmap.
- If your system doesn't behave as expected: check, check, double-check. Did you configure the correct container in
docker-compose.yml
? Did you edit theplanefence.config
file? - Check the logs:
docker logs -f planefence
. Some "complaining" about lost connections or files not found is normal, and will correct itself after a few minutes of operation. The logs will be quite explicit if it wants you to take action - Check the website: http://myip:8088 should update every 80 seconds (starting about 80 seconds after the initial startup). The top of the website shows a last-updated time and the number of messages received from the feeder station.
- Plane-alert will appear at http://myip:8088/plane-alert
- Twitter setup is complex and Elon will ban you if you publish anything about one of his planes. Here's a description on what to do. We advice you to skip Twitter and send notifications to Mastodon instead.
- Error "We cannot reach {host} on port 30003". This could be caused by a few things:
-
Did you set the correct hostname or IP address in
PF_SOCK30003HOST
inplanefence.config
? This can be either an IP address, or an external hostname, or the name of another container in the same stack (in which case you use your machine's IP address). -
Did you enable SBS (BaseStation -- not Beast!) output? Here are some hints on how to enable this:
-
For non-containerized
dump1090[-fa]
/readsb
/tar1090
: add command line option--net-sbs-port 30003
-
For containerized
readsb-protobuf
: add to theenvironment:
section of yourdocker-compose.yml
file:- READSB_NET_SBS_OUTPUT_PORT=30003 - READSB_EXTRA_ARGS=--net-beast-reduce-interval 2 --net-sbs-reduce
-
For users of the
ultrafeeder
container, no additional changes should be needed (see below for enabling MLAT aircraft) -
if you are using a different container stack, then you should also add
- 30003:30003
to theports:
section -
For users of
ultrafeeder
, if you want to enabled MLAT, make sure to set the following parameter in theultrafeeder
environment variables:- READSB_FORWARD_MLAT_SBS=true
-
- If you need further support, please join the #planefence channel at the SDR Enthusiasts Discord Server and look for "@kx1t" to your message. Alternatively, email me at [email protected].
That's all!