This is a fork of MalcolmRobb's version of dump1090 that adds new functionality and is designed to be built as a Debian/Raspbian package.

• 2.4MHz "oversampling" support
• doesn't run as root
• supports FlightAware-TSV-format connections directly (same as the FlightAware version - no faup1090 needed)
• can start from init.d, with detailed config via debconf or /etc/default/dump1090-mutability
• can serve the virtual radar map via an external webserver (lighttpd integration included by default)
• map view uses receiver lat/long given to dump1090 automatically
• somewhat cleaned-up network code
• tries to do things "the debian way" when it comes to config, package structure, etc
• probably a bunch of other things I've forgotten..

There is a repository that contains the current releases. To install from it:

$ sudo bash
# echo "deb http:https://repo.mutability.co.uk/raspbian wheezy rpi" >/etc/apt/sources.list.d/mutability.list
# apt-get update && apt-get install dump1090-mutability
# dpkg-reconfigure dump1090-mutability                               # for detailed configuration
# apt-get install lighttpd && lighty-enable-mod dump1090             # if you want to use the external webserver integration

The repository and packages are (currently) unsigned, you will have to confirm installing from an unsigned source.

You will need a librtlsdr0 package for Raspbian. There is no standard build of this. I have built suitable packages that are available from this release page

Then you will need the dump1090-mutability package itself from this release page

Install the packages with dpkg.

By default it'll only ask you whether to start automatically and assume sensible defaults for everything else. Notable defaults that are perhaps not what you'd first expect:

• All network ports are bound to the localhost interface only. If you need remote access to the ADS-B data ports, you will want to change this to bind to the wildcard address.
• The internal HTTP server is disabled. I recommend using an external webserver (see below). You can reconfigure to enable the internal one if you don't want to use an external one.

To reconfigure, either use dpkg-reconfigure dump1090-mutability or edit /etc/default/dump1090-mutability. Both should be self-explanatory.

This is the recommended configuration; a dedicated webserver is almost always going to be better and more secure than the collection of hacks that is the dump1090 webserver. It works by having dump1090 write json files to a path under /run once a second (this is on tmpfs and will not write to the sdcard). Then an external webserver is used to serve both the static html/javascript files making up the map view, and the json files that provide the dynamic data.

The package includes a config file for lighttpd (which is what I happen to use on my system). To use this:

# apt-get install lighttpd         # if you don't have it already
# lighty-enable-mod dump1090
# service lighttpd force-reload

This uses a configuration file installed by the package at /etc/lighttpd/conf-available/89-dump1090.conf. It makes the map view available at http:https:///dump1090/

This should also work fine with other webservers, you will need to write a similar config to the lighttpd one (it's basically just a couple of aliases). If you do set up a config for something else, please send me a copy so I can integrate it into the package!

The default configuration logs to /var/log/dump1090-mutability.log (this can be reconfigured). The only real logging other than any startup problems is hourly stats. There is a logrotate configuration installed by the package at /etc/logrotate.d/dump1090-mutability that will rotate that logfile weekly.

Please use the github issues page to report any problems. Or you can email me.

Packages following the same model for MalcolmRobb & FlightAware's forks of dump1090 are in the pipeline. So is a repackaged version of piaware.

While there is a Makefile that you can use, the preferred way to build is via the Debian package building system:

$ sudo apt-get install librtlsdr-dev libusb-1.0-0-dev pkg-config debhelper
$ dpkg-buildpackage -b

Or you can use debuild, pdebuild, etc. I find building via qemubuilder quite effective for building images for Raspbian (it's actually faster to build on an emulated ARM running on my PC than to build directly on real hardware)