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Install DroidStar using Winget - wingetCollections
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DroidStar logo

DroidStar nostar

Use this command to install DroidStar:
winget install --id=nostar.DroidStar -e

DroidStar is a digital communication client designed for seamless connectivity across D-STAR, DMR, NXDN, M17, and Fusion networks. It supports a wide range of reflectors, nodes, and direct device connections, making it a versatile tool for amateur radio enthusiasts.

Key Features:

  • Multi-Protocol Support: Connects to D-STAR (REF/XRF/DCS), DMR, NXDN, M17, Fusion, P25, and AllStar nodes via UDP.
  • AMBE Device Compatibility: Works with popular AMBE USB devices such as ThumbDV, DVstick 30, and DVSI.
  • MMDVM Support: Acts as a hotspot or standalone transceiver using MMDVM modems for D-STAR, Fusion, DMR, and M17 modes.
  • Cross-Platform Availability: Runs on Linux, Windows, macOS, Android, and iOS (AMBE support limited on iOS).
  • Direct Mode Operation: Functions as a standalone transceiver via direct mode with MMDVM devices.
  • M17 SMS Functionality: Enables text messaging using the M17 protocol.
  • Open Source: Built using Qt, with full source code available for customization and contribution.

Audience & Benefit:

Ideal for amateur radio operators and digital communication enthusiasts seeking a reliable and flexible tool to connect across various protocols and devices. DroidStar provides seamless integration with existing infrastructure while supporting both hotspot and direct mode operations, ensuring scalability and adaptability for diverse use cases.

DroidStar can be installed via winget.

README

DroidStar

This software connects to M17, Fusion (YSF/FCS, DN and VW modes are supported), DMR, P25, NXDN, D-STAR (REF/XRF/DCS) reflectors and AllStar nodes (as an IAX2 client or Web Transceiver mode) over UDP. It is compatible with all of the AMBE USB devices out there (ThumbDV, DVstick 30, DVSI, etc). It also supports MMDVM modems and can be used as a hotspot, or as a stand-alone transceiver via direct mode to the MMDVM device. This software is open source and uses the cross platform C++ library called Qt. It will build and run on Linux, Windows, MacOS, Android, and iOS. No USB device support for iOS though (AMBE vocoder or MMDVM). It should also build and run on any other posix platform that has Qt avilable (xxxBSD, Solaris, etc). This software is provided as-is and no support is available.

This software makes use of software from a number of other open source software projects, including MMDVMHost, MMDVM_CM, mvoice, and others. Not only is software from these projects being used directly, but learning about the various network protocols and encoding/decoding of the various protocols was only possible thanks to the authors of all of these software projects.

DudeStar, DroidStar, and Qt

The DudeStar application used the Qt Widgets UI, while DroidStar uses the Qt Quick UI. All of the back end C/C++ source code for both projects has always been identical, but because of the different UI APIs, two repositories had to be maintained for the same project. Even though I prefer the Qt widgets UI over the Qt Quick UI for desktop applications, I have combined both projects into a single entity which is now simply called 'DroidStar'. My dudestar repo has been removed from github, but there are plenty of forks of it on github, in case anyone wishes to continue development of that version.

M17 support

The Codec2 vocoder library is open source and is included as a C++ implementation of the original C library taken from the mvoice project. More info on M17 can be found here: https://m17project.org/

M17 SMS type (0x05) packet support has been added to DroidStar. A text input and SMS send button is available in the log tab when in M17 mode.

MMDVM support -- work in progress

DroidStar supports MMDVM and MMDVM_HS (hotspot) modems, with basic (possibly buggy) support for M17, D-STAR, Fusion, and DMR. Support for P25 and NXDN coming soon. When connecting to a digital mode reflector/DMR server and selecting an MMDVM device under Modems, then DroidStar acts as a hotspot/repeater. When 'MMDVM Direct' (currently M17 only) is selected as the host, then DroidStar becomes a stand-alone transceiver.

Optional FLite Text-to-speech build

I added Flite TTS TX capability so I didn't have to talk to myself all of the time during development and testing. To build DroidStar with Flite TTS support, uncomment the line 'DEFINES += USE_FLITE' from the top of DroidStar.pro (and run/re-run qmake). You will need the Flite library and development header files installed on your system. When built with Flite support, 3 TTS options and a Mic in option will be available at the bottom of the window. TTS1-TTS3 are 3 voice choices, and Mic in turns off TTS and uses the microphone for input. The text to be converted to speech and transmitted goes in the text box under the TTS options.

Versions
1faf794
Website
github.com
License
Last updated
5/5/2026
Download latest version

Usage

Linux users with USB AMBE and/or MMDVM dongles will need to make sure they have permission to use the USB serial device, and disable the archaic ModeManager service that still exists on many Linux systems. On most systems this means adding your user to the 'dialout' group, and running 'sudo systemctl disable ModemManager.service' and rebooting. This is a requirement for any serial device to be accessed.

Host/Mod: Select the desired host and module (for D-STAR and M17) from the selections.

Callsign: Enter your amateur radio callsign. A valid license is required to use this software.

DMRID: A valid DMR ID is required to connect to DMR servers. Latitude/Longitude/Location/Description: These are DMR config options, sent to the DMR server during connect. Some servers require specific values here, some do not. This is specific to the server you are connecting to, so please dont ask what these values should be.

DMR+ IPSC2 hosts: The format for the DMR+ options string is the complete string including 'Options='. Create your options string and check 'Send DMR+ options on connect' before connecting. A description of the DMR+ options string can be found here: https://github.com/g4klx/MMDVMHost/blob/master/DMRplus_startup_options.md .

Talkgroup: For DMR, enter the talkgroup ID number. A very active TG for testing functionality on Brandmeister is 91 (Brandmeister Worldwide). You must TX with a talkgroup entered to link to that talkgroup, just like a real radio. Any statics you have defined in BM selfcare will work the same way they do if you were using a hotspot/radio.

MYCALL/URCALL/RPTR1/RPTR2 are for Dstar modes REF/DCS/XRF. These fields need to be entered correctly before attempting to TX on any DSTAR reflector. All fields are populated with suggested values upon connect, but can still be modified for advanced users. RPT2 is always overwritten with the current reflector upon connected.

IAX Client for AllStar

DroidStar can connect to an AllStar node as an IAX(2) client. See the AllStar wiki and other AllStar, Asterisk, and IAX2 protocal related websites for the technical details of IAX2 for AllStar. This is a basic client and currently only uLaw audio codec is supported. This is the default codec on most AllStar nodes.

All IAX nodes are now defined on the Hosts tab. The example shows the format. Once there are one or more IAX nodes defined on the Hosts tab, they will be available to select when IAX mode is selected from the Main tab. This change allows multiple IAX nodes to be defined.

Add DTMF commands like *3node, *1node, *70, etc in the IAX DTMF box and hit send to send the DTMF string. Details on various commands can be found at the AllStar wiki and others.

AllStar web transceiver support

In order to connect to an AllStar node via the ASL WT portal, add a line in the Host tab as follows:

IAX 12345 wt

When 'wt' is used after the node number, then wt will be replaced by XXXXX.nodes.allstarlink.org:4569, where XXXXX is the specified none number. Then you must add you ASL web portal password to ASL password under settings. This is NOT the password for your node, this is the password you made to login to the ASL website.

General building instructions

This software is written primarily in C++ on Linux and requires Qt6 >= Qt6.5, and naturally the devel packages to build. Java, QML (Javascript based), and C# code is also used where necessary. The preferred way to obtain Qt is to use the Qt open source online installer from the Qt website. Run this installer as a user (not root) to keep the Qt installation separate from your system libs. Select the option as shown in this pic https://imgur.com/i0WuFCY which will install everything under ~/Qt.

In an effort to encourage others to build from source on multiple platforms, there are no longer any external build dependencies.

Note for building on RaspiOS (Also applies to debian based Linux desktops)

The following commands should install everything necessary to build and run DroidStar:

sudo apt install libqt6*
sudo apt install qml6*
sudo apt install qt6-*-dev

Then to build:

git clone https://github.com/nostar/DroidStar.git
cd DroidStar
mkdir build
cd build
cmake ..
make

If building an an arm based platform like rpi or using dynarmic on x64/arm64, the md380 vocoder can be used. In order to build with this, uncomment the following line in DroidStar.pro:

#DEFINES += USE_MD380_VOCODER

This requires the md380_vocoder library to be installed: https://github.com/nostar/md380_vocoder You must make sure that you are not in violation of any patent laws in your area if you decide to use this.

My primary development platform is Fedora Linux. With a proper build environment, the build instructions apply to all other platforms/distributions, including Windows and macOS.

All of the gradle build files are provided to create an APK file ready to be installed on an Android device. A proper Android build system including the Android NDK is required and beyond the scope of this document.

No builds are available on Github

No builds for any platform are available on this Github site. This is and always will be an open source project, to be used for educational and development purposes only. I am currently providing a Windows build which is not to be confused as any sort of official release of any kind. No support will be provided for any build at any time.

DroidStar for iOS

DroidStar used to be available for iOS via the TestFlight program. I got fed up with Apple and its developer policies (not to mention the cost) so I cancelled my paid developer account. DroidStar can now be installed to an iOS device by using a marvelous program called Sideloadly:

https://sideloadly.io/

The instructions here are pretty thorough. It is important to read the FAQ section of the website to understand how sideloading works. I suggest enabling Wifi development on the iOS device, as explained on the website. This allows you to load/re-load DroidStar without connecting to USB.

There are static builds for all platforms out there on a few 3rd party sites such as this one:

http://pizzanbeer.net/

The ipa file is the iOS package.