OpenAuto Pro

OpenAuto Pro version provides features like brightness control, volume control, support of Kodi and integration with the Raspberry PI OS (Raspbian Desktop).

Supported functionalities.

• 480p, 720p and 1080p with 30 or 60 FPS

• RaspberryPI 3 & 4 hardware acceleration support to decode video stream (up to 1080p@60!)

• Audio playback from all audio channels (Media, System and Speech)

• Audio input for voice commands

• Touchscreen and buttons input

• Bluetooth

• Automatic launch after device hotplug

• Automatic detection of connected Android devices

• Wireless (WiFi) mode via head unit server (must be enabled in hidden developer settings)

• User-friendly settings

Buy to get Image:

• https://bluewavestudio.io/shop/openauto-pro-car-head-unit-solution/

GitHub:

• https://github.com/f1xpl/openauto

• https://github.com/f1xpl/openauto/releases

• https://github.com/f1xpl/openauto/releases/latest

Digital Signage

Raspberry Digital Signage is an operating system designed for digital signage installations on the Raspberry Pi: it displays a full-screen browser view restricted to a specified resource.

It shows web resources from Internet, local network or internal sources (a WordPress installation is embedded by default inside the system, so you can use the Pi itself as the source webserver).

Raspberry Digital Signage comes with the latest Chromium builds (featuring HTML5 capabilities), so you can display more attractive resources, more easily.

For example, you can display your own advertising site, electronic signs, booking site, queue or timetable management web application or create superb web presentations with Google Slides (Powerpoint compatible) or similar software.

Download:

• https://sourceforge.net/projects/raspberrysign/files/latest/download

• https://www.binaryemotions.com/raspberry-digital-signage-download/

• https://www.binaryemotions.com/release/rds-13.2-release.zip

• https://sourceforge.net/projects/raspberrysign/files/rds-18.2-release.zip/download

• https://www.raspberry-digital-signage.com/release/rds-18.3-release.zip

Raspberry Pi 5 and all Pi:

• https://master.dl.sourceforge.net/project/raspberrysign/rds-20.2-release.zip?viasf=1

• https://sourceforge.net/projects/raspberrysign/files/rds-20.2-release.zip/download

For Berryboot Installer:

• https://sourceforge.net/projects/berryboot-updated-images/files/Raspberry-Pi/raspberry_digital_signage_v18.3_rpi2_rpi3_rpi4_2022.05.04_berryboot.img.gz/download

Crux ARM

The primary focus of CRUX-ARM is provide a port of CRUX distribution to ARM devices. It follows CRUX guidelines, trying to keep in mind the KISS (Keep It Simple, Stupid) concept and share characteristics. It's targeted to experienced linux (and better CRUX) users. CRUX-ARM's secondary focus is to provide a collections of tools to let users build a CRUX system from scratch. It's a very customizable framework. At first sight the framework provides:

toolchain:

• hadfp toolchain (SOCs with hard float support)

Old toolchain version:

• softfp (SOCs with soft float support)

1. eabi toolchain (for chipsets above armv4t).

2. noeabi toolchain (for chipsets older than armv4t).

• kernel: collections of maintained device kernels.

• pkgutils-cross: a port of pkgutils to manage ports (build and install) in the cross system.

• crossrootfs: different ports collections for cross compilations and cross-packages generation.

• ports-arm: overlay repositories for ports that need modifications for ARM.

The objective is to provide users a release with the minimal software (core collection, which can be saw in the release notes) We provide a way to build custom packages (standard or optimized by arch device like is explained in the documentation) letting users expand the system in an easy way to cross-build packages in addition to the common/native method. This cross method is useful on systems where compiling is slow (due to low or old resources).

Instructions:

• https://crux-arm.nu/SupportedDevices/Raspberrypi

Download:

• https://crux-arm.nu/Main/Download

• https://resources.crux-arm.nu/releases/

Raspberry Pi 1A+, 1B+: 

• http://resources.crux-arm.nu/releases/2.8/crux-arm-rootfs-2.8-hardfp-raspberrypi.tar.xz

• http://resources.crux-arm.nu/releases/3.0/crux-arm-rootfs-3.0-raspberrypi.tar.xz

• http://resources.crux-arm.nu/releases/3.1/crux-arm-rootfs-3.1-raspberrypi.tar.xz

• http://resources.crux-arm.nu/releases/3.2/crux-arm-rootfs-3.2-raspberrypi.tar.xz

Raspberry Pi 2B: 

• http://resources.crux-arm.nu/releases/3.2/crux-arm-rootfs-3.2-raspberrypi2.tar.xz

Raspberry Pi 3B 32 bit: 

• http://resources.crux-arm.nu/releases/3.4/crux-arm-rootfs-3.4-raspberrypi3.tar.xz

• http://resources.crux-arm.nu/releases/3.5/crux-arm-rootfs-3.5-raspberrypi3-wifi.tar.xz

Raspberry Pi 3B  64 bit:

• http://resources.crux-arm.nu/releases/3.5/crux-arm-rootfs-3.5-aarch64.tar.xz

• https://resources.crux-arm.nu/releases/3.6/crux-arm-rootfs-3.6-aarch64-rpi3.tar.xz

• https://master.dl.sourceforge.net/project/crux-arm/releases/3.7/crux-arm-3.7-aarch64-RC1-raspberrypi3.rootfs.tar.xz

Raspberry Pi 3B 64 bit extended: 

• http://resources.crux-arm.nu/releases/3.5/crux-arm-rootfs-3.5-aarch64-wifi.tar.xz

Raspberry Pi 4B:

• https://resources.crux-arm.nu/releases/3.6/crux-arm-rootfs-3.6-aarch64-rpi4.tar.xz

• https://master.dl.sourceforge.net/project/crux-arm/releases/3.7/crux-arm-3.7-aarch64-rc1-raspberrypi4.rootfs.tar.xz

RokOs Bitcoin Fullnode

Steps for first boot for ROKOS core for Raspberry Pi 2, 3 IoT devices

• User: pi  

• Password: rokos , follow normal setup.

Login and open a terminal.

1. Type: sudo ./resize-sdcard.sh (this will resize and use all the space from the SD card), restart the Pi.

2. System ready for use.

Extra info command to auto-sync the OKCash chain in minutes:

1. Open terminal.

2. Type: ./ok-sync-arm64.sh (this will download and unzip the latest ok-blockchain snapshot to the okcash datafolder for Raspberry Pi 2, 3, 4 devices)

3. Start your wallet after the process is done and give it some minutes.

4. Your OK wallet is ready to be used.

For security, change your ROKOS user password:

1. Open terminal.

2. Type: sudo passwd (change the pi user account password for a more secure and personal one)

Done.

Steps for first boot for ROKOS core for Raspberry Pi 2, 3, 4 IoT devices

• User: pi  

• Password: rokos

No special setup required.

For security, change your ROKOS user password:

1. Open terminal.

2. Type: sudo passwd  (change the pi user account password for a more secure and personal password)

Done!

Enjoy your awesome ROKOS • Bitcoin Full node OS!

Download:

• https://www.dropbox.com/sh/zlg0l0srchruv1q/AAAGMiU9O3aM9YxMeJI7qq8ha?dl=0

• https://sourceforge.net/projects/rokos-bitcoin-full-node/files/latest/download

• https://sourceforge.net/projects/rokos-bitcoin-full-node/files/ROKOS-CORE/ROKOS-CORE-RASPBERRY/rokos10corepi.rar/download

• https://sourceforge.net/projects/rokos-bitcoin-full-node/files/ROKOS-CORE/ROKOS-CORE-RASPBERRY/rokos-core-x1.rar/download

For Berryboot Installer:

• https://sourceforge.net/projects/berryboot-updated-images/files/Raspberry-Pi/rokos_core_x1_rpi2_rpi3_rpi4_2021.02.19_berryboot.img.gz/download

• https://sourceforge.net/projects/berryboot-updated-images/files/Raspberry-Pi/rokos_flavors_x1_rpi3_rpi4_2021.02.21_berryboot.img.gz/download

SourceForge:

• https://sourceforge.net/projects/rokos-bitcoin-full-node/

Prota OS

Prota Pi is the DIY Prota device based on Raspberry Pi. It means that you can access and fully control every aspect of Raspberry Pi from your smartphone, tablet, or computer remotely over the Internet for free!

• Install and run your favorite apps

• Control and automate GPIO pins

• Enjoy Rpi as media center

• Use as a screencasting device

• Connect and automate USB cameras & microphones

Download:

• http://download.prota.info:18080/prota_pi.zip

• https://drive.google.com/open?id=0B59ZP3nk5kYYWGd5cHJhNzFwYk0

Quick Guide:

• http://docs.prota.info/101-prota-pi/

NEMS Linux

Recommended for Raspberry Pi 4B, 3B and 3B+, but compatible with all models.

NEMS is the Nagios Enterprise Monitoring Server for Single Board Computers

NEMS Linux is a modern pre-configured, customized and ready-to-deploy Nagios Core image designed to run on low-cost micro computers such as Raspberry Pi and PINE64 single board computers. At its core NEMS is a lightweight Debian Buster deployment optimized for performance, reliability and ease of use.

Download:

• https://nemslinux.com/download/nagios-for-raspberry-pi-4.php

• https://dittodistro.com/files/cTXkg70P/NEMS_v1.5.1-RPi-Build1.zip

• https://dittodistro.com/files/cTXkg70P/NEMS_v1.5.1-RPi-Build1.torrent

• https://dittodistro.com/files/cTXkg70P/NEMS_v1.5.2-RPi-Build1.zip

• https://dittodistro.com/files/cTXkg70P/NEMS_v1.6-RPi-Build2.zip

For Berryboot Installer:

• https://sourceforge.net/projects/berryboot-updated-images/files/Raspberry-Pi/NEMS_nagios_enterprise_monitor_server_v1.5.2_build_1_all_rpi_2020.05.31_berryboot.img.gz/download

Docs:

• https://docs.nemslinux.com/en/latest/index.html

Sgneep-Box JeOS

To say everything that SgneepBox does in a few lines is impossible.

But we can imagine it as an unconventional system to efficiently build and use any sort of application that generates a real performance using a device like the RaspberryPi3B and its GPIO port that offers a good compromise in speed and stability. SgneepBox allows you to create HMI interfaces in a few simple steps and with little knowledge, monitor video and music, send emails, send M2M data and even control your Desktop.

Download:

• https://sgneep.com/download.html

• https://www.sgneep.com/ind_buy.php

• https://www.sgneep.com/sgneepboxjeos/download.html

• https://sgneep.com/sgneepboxjeos/downloadJEOS.php

• https://sgneep.com/os/sgneepDown2.php

• https://sgneep.com/sgneepDown2.php

Web Home Pi

Descripción:

Desde la actualización anterior WebHomePi Han pasado más de tres meses. Durante este tiempo el sistema ha sufrido un cambio bastante significativo. Por lo tanto, vamos a ver lo que ha cambiado en comparación con la versión anterior WebHomePi :

Interfaz de inicio es el diseño de la casa o apartamento, que puede alojar y asegurar los objetos de supervisión en orden aleatorio (sensores y entradas digitales el GPIO ) y control (salidas de la GPIO ). Es posible cargar propias plantillas de planificación del usuario (5 opciones);combinado en una única interfaz de la página sensores de I / O GPIO y gráficos.para almacenar los datos del sensor, registros de eventos, etc., en base de datos integrada Solite ;herramienta añadida para facilitar el escalado de gráficos;soporte de protocolo integrado MQTT ;infidelidad algoritmos macro Python con sensores;sensores de imagen reformados;con el fin de optimizar el código HTML de las páginas, JS -script y estilos css hizo en carpetas separadas.

Los cambios también afectaron el segmento de sistema de distribución, es decir, dispositivos conectados al módulo central a través de la interfaz RS 485. En particular, incluye soporte para la última versión de la radio y añade la lectura de capacidad con monofásico tipo contador de electricidad SDM 220 (230).

New Homepage:

• http://lock.3dn.ru/news/sistema_domashnej_avtomatizacii_web_home_pi/2017-10-12-151?fbclid=IwAR17QZDmrSkYd4W-xplmYlh2SidtIMmBGQpzfxKcH7Hxx51pKWW8OtKzm-Q

Download:

• https://yadi.sk/d/EhvEYjM63MwcFL

• https://yadi.sk/d/VCWZI6D13PAbUi

Things Gateway

The Web of Things connects real-world objects to the World Wide Web.

The idea of the Web of Things is to create a decentralized Internet of Things by giving things URLs on the web to make them linkable and discoverable, and defining a standard data model and APIs to make them interoperable.

The Web of Things is intended as a unifying application layer for the Internet of Things (IoT), linking together multiple underlying IoT protocols using existing web technologies.

Download:

• https://webthings.io/gateway/

• https://github.com/mozilla-iot/gateway/releases/download/0.5.0/gateway-0.5.0.img.zip

• https://github.com/mozilla-iot/gateway/releases/download/0.10.0/gateway-0.10.0.img.zip

• https://github.com/mozilla-iot/gateway/releases/download/0.11.0/gateway-0.11.0.img.zip

• https://github.com/WebThingsIO/gateway/releases/download/0.12.0/gateway-0.12.0.img.zip

• https://github.com/WebThingsIO/gateway/releases/download/1.0.0/gateway-1.0.0.img.zip

• https://github.com/WebThingsIO/gateway/releases/download/1.1.0-alpha.1/gateway-1.1.0-alpha.1.img.zip

• https://github.com/WebThingsIO/gateway/releases/download/1.1.0-alpha.2/gateway-1.1.0-alpha.2.img.zip

• https://github.com/WebThingsIO/gateway/releases/download/1.1.0-beta.1/gateway-1.1.0-beta.1.img.zip

• https://github.com/WebThingsIO/gateway/releases/download/1.1.0-beta.2/gateway-1.1.0-beta.2.img.zip

• https://github.com/WebThingsIO/gateway/releases/download/1.1.0/gateway-1.1.0.img.zip

Build ypur own Things Gateway:

• https://iot.mozilla.org/gateway/

Build ypur own Web Things:

• https://iot.mozilla.org/things/

Getting started guide:

• https://iot.mozilla.org/docs/gateway-getting-started-guide.html

Blog:

• https://hacks.mozilla.org/category/web-of-things/

Docs:

• https://webthings.io/docs/

GitHub:

• https://github.com/WebThingsIO/gateway

For Berryboot Installer:

• https://sourceforge.net/projects/berryboot-updated-images/files/Raspberry-Pi/webthings_gateway_raspberry_pi_v1.0.0_all_rpi_2020.12.02_berryboot.img.gz/download

Wiki:

• https://github.com/WebThingsIO/wiki/wiki

Login:

• User: pi

• Password: raspberry

Creating the base image file for the Raspberry Pi:

• https://github.com/WebThingsIO/wiki/wiki/Creating-the-base-image-file-for-the-Raspberry-Pi

Connect Wi-Fi

Your gateway will most likely connect to the Internet and also communicate with all your devices via Wi-Fi, which needs to be set up next.

When the gateway starts up it will create a Wi-Fi hotspot called “WebThings Gateway XXXX” (where XXXX are four digits from your Raspberry Pi’s MAC address). Use a personal computer or smartphone to scan for and connect to that wireless network.

Google Coder OS

A simple way to make web stuff on Raspberry Pi:

Coder is a free, open source project that turns a Raspberry Pi into a simple platform that educators and parents can use to teach the basics of building for the web. New coders can craft small projects in HTML, CSS, and Javascript, right from the web browser.

Download:

• https://googlecreativelab.github.io/coder/

• https://storage.googleapis.com/coder-images/coder_v0.9.zip

Projects:

• https://googlecreativelab.github.io/coder-projects/

GitHub:

• https://github.com/googlecreativelab/coder/