Distros
401-410Endeavour OS
Last update 2023A terminal-centric distro with a vibrant and friendly community at its core
A friendly community
A vibrant and friendly community, the beating heart of this distro, to guide you through your journey.
A powerful and flexible base
A minimal and flexible system that serves as your power base, ready to start your journey in discovering the infinite possibilities an Arch-based distro can offer.
Discovery
The EndeavourOS knowledge base, the place where you can find our wiki articles and video tutorials, is here as your guideline during your exploration in building your unique and personal system.
How to build:
Download:
Headless Server:
GitHub:
Quake on LAN Server
Last update 2021Plug & Play Classic Game Server
Run permanent QuakeWorld, Quake II and Quake III Arena servers on your home network using a low power Raspberry Pi
Quake On LAN is an image for your Raspberry Pi based on Raspberry Pi OS Lite. It creates a local server on your network that provides QuakeWorld, Quake II and Quake III Arena instances that can be connected to for multiplayer gaming, either from a wired or wireless device.
Want to organise a quick LAN Party for you and friends to remember the good ‘ol days? Looking for something to do with your old Raspberry Pi Model B? Then this project is for you!
Required:
Unused Raspberry Pi board (yes, even very old models. See list of tested hardware here)
SD Card (minimum 8GB)
Network Cable
Relevant Game Client (eg. ezQuake, Yamagi Quake II, ioquake3 etc. There are many alternatives)
Friends (limited bot support if this is an issue)
Beer & Pizza (optional, but recommended!)
Instructions:
Download:
BerryServer Images for Berryboot Installer:
AssaultCube Deathmatch Server (up to 6 players):
Doom II Deathmatch Server (up to 4 players):
OpenArena Deathmatch Server (up to 4 players):
Quake II Deathmatch Server (up to 8 players):
Quake III Arena Deathmatch Server (up to 4 players):
Quakeworld Co-op Server (2 or more Players in Singleplayer Mode):
Quakeworld CTF Server (up to 16 Players):
Quakeworld Deathmatch Server (up to 16 players):
PiGate
Last update 2022When disaster strikes, communication is the most important missing service. Amateur radio operators have a long history of helping in disaster situations and this new device was created to assist in that effort.
The PiGate is a small piece of hardware that can be brought into a disaster area, connected to an already existing VHF or HF amateur radio and antenna (like in your car or truck), and used to send e-mail to the global Winlink2000 system through a Radio Message Server (RMS) station.
Users connect to the PiGate thru a WiFi port either using a web browser, or an e-mail application, on their smartphone, tablet, or laptop. From there they can compose and send e-mail to their family and friends.
The Winlink2000 global e-mail radio service then routes the e-mail to any address in the world.
The PiGate is very small and has a very low power requirement, allowing it to be used in disaster situations without relying on any other services. Except for an external power requirement and a connection to a HF or VHF radio, It is completely self-contained.
Build:
PiGate RMS:
Download:
PiGate 2.0:
https://pigate.exavault.com/p/Downloads/pigate_V2.0_Release_2019.zip
https://pigate.exavault.com/p/Downloads/pigate_V2.2_Release_2022.zip
PiGate RMS 2.0:
Docs:
DONOTREPLAY Email App:
Ultimate Pi
Last update 2021Ultimate PI is a full operating system for the Raspberry PI based on Raspberry PI OS but with the following features added by default to make it a complete desktop operating system.
This is a re-spin of Raspberry PI OS with Cinnamon as the desktop and all the applications required for a desktop operating system.
Features
Cinnamon Desktop Environment
Full LibreOffice Suite
Rhythmbox - audio player
Chromium - web brower
Chromium Media Edition - for use with sites that use DRM
Evolution - email client
VLC - media player
Shotwell - photo manager
GIMP - image editor
SSH and VNC enabled
Login:
User: pi
Password: ultimate
Download:
KickPi-OS
Last update 2023KickPi-OS is aimed at Amiga friends who want to revive the Amiga experience on a Raspberry Pi. The focus of KickPi-OS is easy handling and Workbench like "Look and feel" :-)
Software that is installed and pre-configured:
Amiberry,Linux Desktop, Retropie
Based on Bullseyes 64bit(But the project Amiga 3000 mini is for a determined format like Pi4B)
Amiga WB.3.1 look
Amiberry
Retropie
Importer for ClassicWB, Pimiga 1.5 & 2.0
Updater
For licensing reasons, the Workbench files and Kickstart Rom files are not included!
It is a side project of my Amiga 3000 mini to print yourself. But I think it's also interesting for other Amiga friends.
Download:
AmiKit XE
Last update 2022A modern retro desktop Amiga pre-designed with 400+ AmigaOS3.x apps & games on a bootable all-in-one image to go straight to your own 16GB+ microSD card, USB3 Flash Stick or SSD.
Features:
Boot your Pi 'straight' to Amiga
400+ Amiga apps ready for use
Beautiful 1920 x 1080 desktop
64 bit Armed with modern technology
Rabbit Hole: Get the best of both Amiga & Linux worlds
Supports fast SSD and Flash Drives
Purchase:
Install Instructions Manual:
Raspberry-NOAA
Last update 2022NOAA and Meteor-M 2 satellite imagery capture setup for the Raspberry Pi!
Raspberry-NOAA-V2 (‘RN2’) - Release 1.8.0
Supported on Raspian BUSTER.
‘Defaulting to gnuradio’
A number of users have expressed an interested to support a wider variety of SDR hardware devices beyond those interfaced to the original default rtl-sdr cards through the rtl-fm based commands used in the associated drivers.
In the original incarnation of RN2 the NOAA captures were driven directly through the audio_processor scripts to use rtl_fm directly, and the METEOR-M2 captures were driven using a python script that was originally generated in gnuradio and used the OSMOCOM source block, which in turn uses the rtl_fm binary to interface to the SDR card.
Since gnuradio can allow interchange of such ‘source blocks’ this methodology potentially opens up RN2 to support wider SDR hardware options.
This release DOES NOT seek to provide immediate access to the wider hardware options, but it DOES allow the community to begin to interface their own hardware by modifying the gnuradio composer files (.grc files included in the /audio_processors/ folder, to export python (.py) scripts similar to those included for the SDR, to copy the modifications that must then be made manually to the .py to interface the python workflow to the RN2 workflow (documented in the examples provided) and to then use alternative hardware to capture the source .wav or .s / .qpsk files that then can be used in the /image_processors/ scripts.
On day one most users defaulting to ‘gnuradio’ in their settings.yml will see little difference to RN2, but over time the community can now look to a common method to introduce new hardware support to the project.
More details on the deeper code is included in the new README included in the audio_processors folder, which includes sample .grc files and annotation in the current 'default' .py files showing where edits must be manually made AFTER exporting the python from gnuradio composer to make the scripts work with the RN2 settings.
Cosmetics
The spectrogram has been moved from SOX generation to FFMPEG generation, and also is represented vertically instead of horizontally. In the next iteration it may be suitable to flip it along with the NORTHBOUND passes so that as displayed in webpanel the timeline will alway flow in the same direction as the pass images shown (interference bars will then correlate in parallel between the two). It also means that colour-schema and other elements in the spectrograms can be more customised by those who want to do so.
Enhancements
We have enabled as many enhancements as possible in the NOAA workflows, and the webpanel now includes a hyperlink to a ‘details’ page that contains much of the documentation from the wxtoimg command line manual that relates to each enhancement type. The list shows only those that there are scripts in the /image_processors/ folder - there are a couple purposefully left out, but would be easy to introduce for those keen to do so.
Download:
https://qsl.net/v/ve3elb//RaspiNOAA/RaspiNOAA_V2_Bullseye_v1.8.0_Build-8_December_2021.zip
https://drive.google.com/drive/folders/1nOycJlummsoaRO2gIdtVjLGzVjke_KTs
Doc:
Original first version:
New Version:
Flightradar24 Pi24 OS
Last update 2023Flightradar24 is a flight tracker that shows live air traffic from around the world. Flightradar24 combines data from several data sources including ADS-B, MLAT and radar data. The ADS-B, MLAT and radar data is aggregated together with schedule and flight status data from airlines and airports to create a unique flight tracking experience.
Instructions:
Download:
Mainsail OS
Last update 2023Mainsail makes Klipper more accessible by adding a lightweight, responsive web user interface, centred around an intuitive and consistent design philosophy.
Features
Responsive web interface, optimized for desktops, tablets and mobile devices
Supports multiple 3D printers (Printer Farm)
Localization (i18n)
File Manager (G-Code and config files)
File Editor (G-Code and config files)
Print History and Statistics
Job Queue
Temperature Presets (with custom gcode)
Bed Mesh visualisation
G-Code Viewer
Multi-Webcam support
Timelapse integration
Control power devices such as relays, TPLink and Tasmota devices, and more
Powerful Macro-Management
Configurable dashboard
Customizable user interface including logos, backgrounds, and custom CSS
Exclude objects (not yet officially supported by Klipper)
GitHub:
Download:
Easy from Raspberry Pi Imager.
https://github.com/mainsail-crew/MainsailOS/releases/download/0.0.8/mainsailos0_0_8.img.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.0.9/mainsailos0_0_9.img.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.2.0/mainsailos-rpi-lite-0.2.0.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.3.0/mainsailos-rpi-lite-0.3.0.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.4.0/mainsailos-rpi-lite-0.4.0.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.5.0/mainsailos-rpi-lite-0.5.0.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.6.1/MainsailOS-buster-lite-0.6.1.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.7.0/MainsailOS-buster-lite-0.7.0.zip
https://github.com/mainsail-crew/MainsailOS/releases/download/0.7.1/MainsailOS-buster-lite-0.7.1.zip
64bit OS:
Docs:
Simply Pi
Last update 2023Making 3D printing easy
3D printing doesn't have to be a complicated, analog, SD card-filled experience; step into the future of modern 3D printing
Slice, print and monitor your printer anywhere - on any device, from one unified platform.
Start prints from anywhere in the world
SimplyPrint allows you to start those prints that you just need to be done sooner rather than later. You can send print jobs to your printer from anywhere in the world.
Step by step starting process
The fluid and intuitive interface will take you where you want to go. If you choose to move forward with a Gcode file, your print will be sent directly to your printer. If you choose an STL, 3MF, or OBJ file you will be taken to the slicer where you can prepare your model.
Send directly to printer or start slicing
Never have that perfect slicer profile disappear on you again. They are all tied to your SimplyPrint profile and will follow you anywhere and on any device. This means that you will get the same slicing experience anytime you are slicing models for your printer.
Notifications wherever you go
The step before the print will start is to choose what kind of notification you want. Notifications are sent whenever something happens with your print. That would be if it's canceled, paused, failed or it finishes. Here you can choose between an email, SMS, phone notification, or no notification You can customize under which conditions you want to be notified under the user settings.
3D Compatibility list:
GitHub:
Download:
Easy from Raspberry Pi Imager.
GitHub:
Docs: