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CHANGELOG.md

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unreleased

  • SDR device log messages are now available in the web configuration to simplify troubleshooting
  • Added support for the MSK144 digimode
  • Added support for decoding ADS-B with dump1090
  • Added support for decoding HFDL and VDL2 aircraft communications
  • Added decoding of ISM band transmissions using rtl_433
  • Added support for decoding RDS data on WFM broadcasts using redsea decoder
  • Added decoding for DAB broadcast stations using csdr-eti and dablin
  • Added IPv6 support
  • Added MQTT support
  • New devices supported:
    • Afedri SDR-Net

1.2.2

  • Fixed an over-the-air code injection vulnerability

1.2.1

  • FifiSDR support fixed (pipeline formats now line up correctly)
  • Added "Device" input for FifiSDR devices for sound card selection

1.2.0

  • Major rewrite of all demodulation components to make use of the new csdr/pycsdr and digiham/pydigiham demodulator modules
  • Preliminary display of M17 callsign information
  • New devices supported:
    • Blade RF

1.1.0

  • Reworked most graphical elements as SVGs for faster loadtimes and crispier display on hi-dpi displays
  • Updated pipelines to match changes in digiham
  • Changed D-Star and NXDN integrations to use new decoders from digiham
  • Added D-Star and NXDN metadata display

1.0.0

  • Introduced squelch_auto_margin config option that allows configuring the auto squelch level
  • Removed port configuration option; rtltcp_compat takes the port number with the new connectors
  • Added support for new WSJT-X modes FST4, FST4W (only available with WSJT-X 2.3) and Q65 (only avilable with WSJT-X 2.4)
  • Added support for demodulating M17 digital voice signals using m17-cxx-demod
  • New reporting infrastructure, allowing WSPR and FST4W spots to be sent to wsprnet.org
  • Add some basic filtering capabilities to the map
  • New arguments to the openwebrx command-line to facilitate the administration of users (try openwebrx admin)
  • Default bandwidth changes:
    • "WFM" changed to 150kHz
    • "Packet" (APRS) changed to 12.5kHz
  • Configuration rework:
    • New: fully web-based configuration interface
    • System configuration parameters have been moved to a new, separate openwebrx.conf file
    • Remaining parameters are now editable in the web configuration
    • Existing config_webrx.py files will still be read, but changes made in the web configuration will be written to a new storage system
    • Added upload of avatar and panorama image via web configuration
  • New devices supported:
    • HPSDR devices (Hermes Lite 2) thanks to @jancona
    • BBRF103 / RX666 / RX888 devices supported by libsddc
    • R&S devices using the EB200 or Ammos protocols

0.20.3

  • Fix a compatibility issue with python versions <= 3.6

0.20.2

  • Fix a security problem that allowed arbitrary commands to be executed on the receiver (See github issue #215)

0.20.1

  • Remove broken OSM map fallback

0.20.0

  • Added the ability to sign multiple keys in a single request, thus enabling multiple users to claim a single receiver on receiverbook.de
  • Fixed file descriptor leaks to prevent "too many open files" errors
  • Add new demodulator chain for FreeDV
  • Added new HD audio streaming mode along with a new WFM demodulator
  • Reworked AGC code for better results in AM, SSB and digital modes
  • Added support for demodulation of "Digital Radio Mondiale" (DRM) broadcast using the "dream" decoder.
  • New default waterfall color scheme
  • Prototype of a continuous automatic waterfall calibration mode
  • New devices supported:
    • FunCube Dongle Pro+ ("type": "fcdpp")
    • Support for connections to rtl_tcp ("type": "rtl_tcp")

0.19.1

  • Added ability to authenticate receivers with listing sites using "receiver id" tokens

0.19.0

  • Fix direwolf connection setup by implementing a retry loop
  • Pass direct sampling mode changes for rtl_sdr_soapy to owrx_connector
  • OSM maps instead of Google when google_maps_api_key is not set (thanks @jquagga)
  • Improved logic to pass parameters to soapy devices.
    • rtl_sdr_soapy: added support for bias_tee
    • sdrplay: added support for bias_tee, rf_notch and dab_notch
    • airspy: added support for bitpack
  • Added support for Perseus-SDR devices, (thanks @amontefusco)
  • Property System has been rewritten so that defaults on sdr behave as expected
  • Waterfall range auto-adjustment now only takes the center 80% of the spectrum into account, which should work better with SDRs that oversample or have rather flat filter curves towards the spectrum edges
  • Bugfix for negative network usage
  • FiFi SDR: prevent arecord from shutting down after 2GB of data has been sent
  • Added support for bias tee control on rtl_sdr devices
  • All connector driven SDRs now support "rf_gain": "auto" to enable AGC
  • rtl_sdr type now also supports the direct_sampling option
  • Added decoding implementation for for digimode "JS8Call" (requires an installation of js8call and the js8py library)
  • Reorganization of the frontend demodulator code
  • Improve receiver load time by concatenating javascript assets
  • Docker images migrated to Debian slim images; This was necessary to allow the use of function multiversioning in csdr and owrx_connector to allow the images to run on a wider range of CPUs
  • Docker containers have been updated to include the SDRplay driver version 3
  • HackRF support is now based on SoapyHackRF
  • Removed sdr.hu server listing support since the site has been shut down
  • Added support for Radioberry 2 Rasbperry Pi SDR Cape

0.18.0

  • Support for SoapyRemote

2020-02-08

  • Compression, resampling and filtering in the frontend have been rewritten in javascript, sdr.js has been removed
  • Decoding of Pocsag modulation is now possible
  • Removed the 3D waterfall since it had no real application and required ~1MB of javascript code to be downloaded
  • Improved the frontend handling of the "too many users" scenario
  • PSK63 digimode is now available (same decoding pipeline as PSK31, but with adopted parameters)
  • The frequency can now be manipulated with the mousewheel, which should allow the user to tune more precise. The tuning step size is determined by the digit the mouse cursor is hovering over.
  • Clicking on the frequency now opens an input for direct frequency selection
  • URL hashes have been fixed and improved: They are now updated automatically, so a shared URL will include frequency and demodulator, which allows for improved sharing and linking.
  • New daylight scheduler for background decoding, allows profiles to be selected by local sunrise / sunset times
  • New devices supported:
    • LimeSDR ("type": "lime_sdr")
    • PlutoSDR ("type": "pluto_sdr")
    • RTL_SDR via Soapy ("type": "rtl_sdr_soapy") on special request to allow use of the direct sampling mode

2020-01-04

  • The owrx_connector is now the default way of communicating with sdr devices. The old sdr types have been replaced, all _connector suffixes on the type must be removed!
  • The sources have been refactored, making it a lot easier to add support for other devices
  • SDR device failure handling has been improved, including user feedback
  • New devices supported:
    • FiFiSDR ("type": "fifi_sdr")

2019-12-15

  • wsjt-x updated to 2.1.2
  • The rtl_tcp compatibility mode of the owrx_connector is now configurable using the rtltcp_compat flag

2019-12-10

  • added support for airspyhf devices (Airspy HF+ / Discovery)

2019-12-05

  • explicit device filter for soapy devices for multi-device setups

2019-12-03

  • compatibility fixes for safari browsers (ios and mac)

2019-11-24

  • There is now a new way to interface with SDR hardware, . They talk directly to the hardware (no rtl_sdr / rx_sdr necessary) and offer I/Q data on a socket, just like nmux did before. They additionally offer a control socket that allows openwebrx to control the SDR parameters directly, without the need for repeated restarts. This allows for quicker profile changes, and also reduces the risk of your SDR hardware from failing during the switchover. See config_webrx.py for further information and instructions.
  • Offset tuning using the lfo_offset has been reworked in a way that center_freq has to be set to the frequency you actually want to listen to. If you're using an lfo_offset already, you will probably need to change its sign.
  • initial_squelch_level can now be set on each profile.
  • As usual, plenty of fixes and improvements.

2019-10-27

  • Part of the frontend code has been reworked
    • Audio buffer minimums have been completely stripped. As a result, you should get better latency. Unfortunately, this also means there will be some skipping when audio starts.
    • Now also supports AudioWorklets (for those browser that have it). The Raspberry Pi image has been updated to include https due to the SecureContext requirement.
    • Mousewheel controls for the receiver sliders
  • Error handling for failed SDR devices

2019-09-29

  • One of the most-requested features is finally coming to OpenWebRX: Bookmarks (sometimes also referred to as labels). There's two kinds of bookmarks available:
    • Serverside bookmarks that are set up by the receiver administrator. Check the file bookmarks.json for examples!
    • Clientside bookmarks which every user can store for themselves. They are stored in the browser's localStorage.
  • Some more bugs in the websocket handling have been fixed.

2019-09-25

  • Automatic reporting of spots to pskreporter is now possible. Please have a look at the configuration on how to set it up.
  • Websocket communication has been overhauled in large parts. It should now be more reliable, and failing connections should now have no impact on other users.
  • Profile scheduling allows to set up band-hopping if you are running background services.
  • APRS now has the ability to show symbols on the map, if a corresponding symbol set has been installed. Check the config!
  • Debug logging has been disabled in a handful of modules, expect vastly reduced output on the shell.

2019-09-13

  • New set of APRS-related features
    • Decode Packet transmissions using direwolf (1k2 only for now)
    • APRS packets are mostly decoded and shown both in a new panel and on the map
    • APRS is also available as a background service
    • direwolfs I-gate functionality can be enabled, which allows your receiver to work as a receive-only I-gate for the APRS network in the background
  • Demodulation for background services has been optimized to use less total bandwidth, saving CPU
  • More metrics have been added; they can be used together with collectd and its curl_json plugin for now, with some limitations.

2019-07-21

  • Latest Features:
    • More WSJT-X modes have been added, including the new FT4 mode
    • I started adding a bandplan feature, the first thing visible is the "dial" indicator that brings you right to the dial frequency for digital modes
    • fixed some bugs in the websocket communication which broke the map

2019-07-13

  • Latest Features:
    • FT8 Integration (using wsjt-x demodulators)
    • New Map Feature that shows both decoded grid squares from FT8 and Locations decoded from YSF digital voice
    • New Feature report that will show what functionality is available
  • There's a new Raspbian SD Card image available (see below)

2019-06-30

  • I have done some major rework on the openwebrx core, and I am planning to continue adding more features in the near future. Please check this place for updates.
  • My work has not been accepted into the upstream repository, so you will need to chose between my fork and the official version.
  • I have enabled the issue tracker on this project, so feel free to file bugs or suggest enhancements there!
  • This version sports the following new and amazing features:
    • Support of multiple SDR devices simultaneously
    • Support for multiple profiles per SDR that allow the user to listen to different frequencies
    • Support for digital voice decoding
    • Feature detection that will disable functionality when dependencies are not available (if you're missing the digital buttons, this is probably why)
  • Raspbian SD Card Images and Docker builds available (see below)
  • I am currently working on the feature set for a stable release, but you are more than welcome to test development versions!