Distros
111-12010 Distros
Jan 13, 2024
StarMiner
Last update 2014
Para minar bitcoins.
StarMiner (also known as "*Miner") is a Linux based image design to be used for the digital currency or "crypto currency" mining purposes.
The Logic
Most people in the "crypto currency" arena want to be able to "plug and play" (or "mine" in this case) an ASIC (Application Specific Integrated Circuit) device to a simple system, put in the desired mining pool targets, and have this device "just do it". This means keeping things as simple as possible. StarMiner is designed for such purposes.
Under The Hood
StarMiner includes the following Projects that are Open Source based noted in the "Features" section below.
Design
StarMiner currently is designed to run on a Raspberry Pi "Model B".
Features
Raspbian, http://www.raspbian.org/
cgminer, https://github.com/dmaxl/cgminer
Linux SeedManager, https://github.com/sling00/Linux-SeedManager
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Pi Wizard
Last update 2021 Project Closed
PI Wizard offers some things that you just will not find ANY where else Like what you say? How about: Automatic System Updates ( No more reflashing) Thousands of Games but You get to pick the system! Single Rom Download - Not only can you pick the system but you can choose individual Games!!
Custom Scripts Custom Music A Growing community that offers Top Notch Support and most of all a top of the line Menu Launcher that you will not find on any other image. Join our facebook group for quick and fast replies, social interaction and tips and tricks!
Raspberry Pi 3B, 3B+, 3A+:
Game-Hat:
Raspberry Pi 4B:
Raspberry Pi 400:
For Berryboot Installer:
SSH Login:
Username: pi
Password: clover
Download Page:
GitHub:
BlueBian
Last update 2013
Bluebian is an OS for the Raspberry Pi single board computer based off of Raspbian that is meant to provide a sleeker interface and less of the annoying software that comes prepackaged with Raspbian.
User: pi
Password: toor -- For the love of Chtulhu CHANGE THE PASSWORD
WM: XFCE
To expand the rootfs, change the settings easily, or change the CPU clock(Yes I know it is a setting) run raspi-config in the terminal.
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ArkOS Cloud
Last update 2016
ArkOS es una distribución GNU/Linux diseñada para ser utilizada, en principio, en el Raspberry Pi. Si bien está basada en Arch Linux, no es necesario ser un usuario avanzado para su utilización, ya que la mayoría de sus funciones se gestionan a través de Génesis, una aplicación gráfica muy fácil de usar que permite gestionar los diferentes “servicios” disponibles en ArkOS.
Ya no posee web ni imagen para descargar oficialmente, pero se encuentra disponible en Berryboot Server de Alex Goldcheidt.
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GitHub:
Media Center Aikon CWD
Last update 2017
Ete proyecto permite instalar en pocos minutos una imagen pre-configurada para Raspberry 2 y Raspberry 3 con las siguientes opciones:
Centro multimedia usando Kodi 16.1 Jarvis
Centro de juegos y emuladores usando RetroPie 4.0
Centro de juegos en streaming usando Moonlight 2.2.1
Centro de descargas usando Transmission y PyLoad
Estación de trabajo con XFCE y navegador Firefox
Reproductor de vídeos para películas y series en streaming (con subtítulos)
Reproductor de canales de TV a la carta y en streaming
Reproductor de contenido multimedia deportivo usando AceStream y SopCast
Reproductor de música, videoclips y radio online
Herramientas: Cliente IRC, wavemon, tmux, crawl, y mucho más...
Descarga Torrent:
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GeeXBoX
Last update 2013
"GeeXboX – a free and open-source media-center purposed Linux distribution for embedded devices and desktop computers. The project is a non-commercial organization, founded in 2002 and developed by volunteer individuals from all around the world on their spare time.
GeeXboX 2.0 and later uses XBMC as its front-end for media playback.
It can be booted from a live CD, a USB key, an SD/MMC card or can be installed on a hard drive.
GeeXboX provides a ready-to-be-used, plug-and-play Media Center application that can play any kind of multimedia content (Audio, Videos, Photos…) from any location (CD, DVD, Bluray, HDD, USB, Samba, NFS, UPnP, SHOUTcast…).
The GeeXboX distribution is available for machines, such as:
ARM SoC: mostly OMAP ARMv7 SoC from Texas Instruments and Tegra2 from nVidia.
The project’s core developers are Aurelien Jacobs and Benjamin Zores."
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Peach Pi TV
Last update 2017
Important Note: YOU WILL NEED A COMPUTER RUNNING A LINUX SYSTEM LIKE ONE OF OUR PEACH OSI OS's WITH GPARTED INSTALLED AND A WAY TO READ YOUR SD CARD IN ORDER TO FULLY EXPAND YOUR micro SD CARD TO THE FULL AVAILABLE SPACE ON YOUR SD CARD.
The Peach Pi TV system files have been intentionally kept to a bare minimum so that streaming video on your Raspberry Pi 3 (RPi3) Model B can be as efficient as possible. This means that there is no desktop system installed in Peach Pi TV and neither is there any applications to expand the partition to whatever the maximum size available on your particular SD card. Peach Pi TV will function without expanding the partition just fine but your storage capability will not be the total amount available on your SD card. You can remedy this situation by loading your SD card into a computer with just about any Linux flavor and with Gparted installed and then follow the instructions given below in section number 2 of Normal Operation of your Raspberry Pi 3 (RPi3) Model B using Peach Pi TV.
1.Normal Operation of your Raspberry Pi 3 (RPi3) Model B using Peach Pi TV
While using Peach Pi TV or Peach Pi 16.04 on your Raspberry Pi 3 (RPi3) Model B you should follow these guidelines to help to make the most of your experience with Peach Pi TV or Peach Pi 16.04 on your Raspberry Pi 3 (RPi3) Model B.
Given that Peach Pi TV or Peach Pi 16.04 is built based a version of our Peach OSI – an Xubuntu derivative called Peach OSI Barebones along with another distro named OSMC – Peach Pi TV or Peach Pi 16.04 is designed to give the user a full TV in the case of Peach Pi 16.04 - a full desktop - experience without having to know or learn the nuances of a Raspberry Pi or the Linux operating system. In running Peach Pi TV or Peach Pi 16.04 you need to be aware that your Raspberry Pi 3 (RPi3) Model B has been slightly overclocked and that several other features for the Raspberry Pi 3 (RPi3) Model B have been optimized. These changes are made in the /boot/config.txt and /boot/cmdline.txt files and can be further altered you if should decide to do so. We have made backups of both default files and you can replace the current functioning file with the backup copy to return your Raspberry Pi 3 (RPi3) Model B to its default status.
2.You may want to expand the PI Root partition so that you can utilize any and all of the space on your micro SD card. For this process you will need a separate functioning computer running some Linux variant with Gparted installed as we will use the Gparted application. (It is necessary to be running a Linux system because we are going to be working with a Linux ext4 partition)
If using any Peach OSI Linux variant open Gparted by clicking on “Applications” in the taskbar in the upper left of your screen. In the window that type in Gparted in the search window at the top. Click on Gparted and give the password to open Gparted.
In Gparted – right click on the listed devices on the listed items in the top right corner of the Gparted application and select the correct sdb or sdc or sde device or whichever selection is your micro SD card. Be sure you know exactly which option is your SD card. It will never be sda as that is your hardrive that Peach OSI is installed to. One easy way to tell is by the size of your micro SD card.
Once you have the absolute correct device selected the available partitions for that device will show in the main window. In the main window you should see 2 partitions. One should be a fat32 partition and the other should be an ext4 partition. (If you can't see both a Fat32 and an ext4 partition then you are not looking at the correct device - do your search over in the upper right hand device search window in Gparted).
Left click on the ext4 partition to highlight that partition.
Now right click while hovering over the selected ext4 partition.
In the window that opens, click on “Resize/Move”.
In the upper right of the window that opens you can see the heading “Maximum Size”. Fill in the box that reads “New Size” with the amount you can read in the “Maximum Size” data.
Once you have “New Size” filled in properly click on the next box below beside of the words “Free Space Following (MiB) and the box should automatically populate to zero. If not then enter a numerical 0.
Then click on “Resize” on the button on the lower right of the open window. You're not finished yet though.
You must apply the changes. To apply the changes click on the green check mark in the menu near the top. Verify you want to make the changes and Gparted will do the rest. When Gparted finishes close Gparted and shut down your PC before removing the micro SD card.
Install your micro SD card into your Raspberry Pi 3 (RPi3) Model B.
You should now have full access to all the space that's available on your micro SD card.
3.Connecting Peach Pi TV to Ethernet and/or your WiFi. Peach Pi TV has OSMC installed along with Kodi and many other specialized Peach Pi TV setup files. You will need to give your Peach Pi TV internet access by either accessing your WiFi or by a hard wired Ethernet connection. I highly suggest an Ethernet connection if this is possible for you as your Peach Pi TV is capable of streaming Hi Definition 1080p and that quality of streaming will require a higher speed Ethernet connection for streaming high 720p or 1080p quality HD video. You will most likely have streaming buffering issues if you are on only WiFi. This is not just an issue with the Raspberry Pi 3 (RPi3) Model B, you would have this same issue with a high end Home Entertainment Center PC. How do I know? I have several and I would never consider watching any streamed content of any kind without an Ethernet connection. I connect both an Ethernet cable and create a WiFi connection as well. It's like having two separate connections and I rarely have any buffering issues no matter what the quality of video is that I am streaming or to how many TV's or different programs that may be being watched simultaneously. Of course your results may vary as it is also important on how fast your internet connection speeds are. As for how the Raspberry Pi 3 (RPi3) Model B with Peach Pi TV performs and compares to the other full blown PCs that I have - as far as streaming video - there is no difference at all. None. Nada.
Setting up your Wi-Fi connection or Ethernet connection or Bluetooth on Peach Pi TV
You will need some type of a USB keyboard and mouse to perform the following
While in Peach Pi TV navigate right to the "System" category
Click on System and then on "Appearance" in the window that opens
Now click on "Skin" in the window on the right and wait for the skin options to populate - you have three available options - Confluence (the standard Kodi Skin), Convergence (the Peach Pi TV Skin with Peach enhancements) and OSMC (The configuration of Peach Pi TV). Click on OSMC. Then "Yes" to keep the OSMC skin.
Now hit escape twice, then click on "My OSMC". A graphical window will open and here is where you can set many options for your Raspberry Pi 3 (RPi3) Model B.
You want to click on the graphic of three small circles connected with 2 lines. This is the Network settings module.
In the window that options you can turn on Ethernet and turn on WiFi and turn on Bluetooth to your Raspberry Pi 3 (RPi3) Model B. All of these settings are simple and self explanatory. For Ethernet all you usually need to do is to turn it on unless you have to setup Ethernet manually and you should know how you manually do that. For WiFi you simple switch (click on 'Wireless") and then select to turn on the WiFi (should already be on), select your WiFi network and give your Peach Pi TV your WiFi password or key. I do not turn on Bluetooth as turning on Bluetooth uses more resources and as I'm sure you are aware, resources with the Raspberry Pi 3 (RPi3) Model B are always at a premium.
When you've finished setting up your Network options - hit escape twice and then select "Settings" on the bottom of the list.
Then select "Appearance" and then on "Skin" in the left window and then set the skin back to "Convergence" and approve the selection and your done.
4. Peach Pi TV has been pre-setup to work with any basic MCE remote - Media Center Remote. Other settings or other remotes are pre-installed as well. Email us for information about any other remote control.
5. Always be sure to properly shut down your Raspberry Pi 3 (RPi3) Model B. Do not unplug the power cable until you’ve properly shut down Peach Pi TV. The easiest way to shut down Peach Pi TV is to click or navigate to the power button located on the bottom left of your screen. A window will open with the shutdown options. This is most important because failing to properly shut down your Raspberry Pi 3 (RPi3) Model B can severely corrupt your Micro SD card. For turning off your Raspberry Pi I recommend a Wideskall 2 Prong AC Power Wall Plug On / Off Switch Tap Adapter ETL Certified as the USB on/off switch sold for Raspberry Pi often drains energy from the cables on the Raspberry Pi. The Wideskall 2 Prong AC Power Wall Plug On / Off Switch Tap Adapter ETL Certified costs less than $6 US and you can get one here:
6. Once completing the above steps you are ready to load up your Peach Pi TV with any addons as you would with any other Kodi install. We do not pre-load any blacklisted Kodi addons for obvious reasons. Please read our file about using Kodi addons included with your Peach Pi TV download.
Download PeachPiTV.armhf.16.04.LTS - Peach Pi TV:
https://archive.org/download/PeachPiTV.armhf.16.04.LTS/PeachPiTV.armhf.16.04.LTS.zip
https://www.mediafire.com/file/ert7ppzwbvjtyet/PeachPiTV.armhf.16.04.LTS.zip
PeachPiTV.armhf.16.04.LTS - Peach Pi TV por Torrent:
Instructions:
Peach Pi
Last update 2017
User:
peachuser
Password:
peachuser
Given that Peach Pi is built based a version of our Peach OSI – Xubuntu derivative called Peach OSI Barebones – Peach Pi is designed to give the user a full desktop computer experience without having to know or learn the nuances of a Raspberry Pi. In running Peach Pi you need to be aware that your Raspberry Pi has been overclocked and that several other features for the Raspberry Pi have been optimized. These changes are made in the /boot/config.txt and /boot/cmdline.txt file sand can be further altered you if should decide to do so. We have made backups of both files and you can replace the functioning file with the backup to return your Raspberry Pi to it’s default status.
Download PeachPi.armhf.16.04.LTS - Peach Pi:
Descarga PeachPi.armhf.16.04.LTS - Peach Pi por Torrent:
Instrucciones:
Dowse IoT
Last update 2019
Dowse is a transparent proxy facilitating the awareness of ingoing and outgoing connections, from, to, and within a local area network.
Dowse provides a central point of soft control for all local traffic: from ARP traffic (layer 2) to TCP/IP (layers 3 and 4) as well as application space, by chaining a firewall setup to a trasparent proxy setup. A core feature for Dowse is that of hiding all the complexity of such a setup.
Dowse is also a highly extensible platform: interoperability between modules is available using Socks4/5, UNIX pipes, local TCP/IP sockets and port redirection, conforming to specific daemon implementations. At the core of Dowse is a very portable shell script codebase implementing a modular plugin architecture that isolates processes and supports any executable written in any language: Shell, C, Perl, Python etc.
Features:
Dowse takes control of a LAN by becoming its DHCP server and thereby assigning itself as main gateway and DNS server for all clients. It keeps tracks of assigned leases by MAC Address. ISC DHCP and DNSCRYPT-PROXY are used as daemons.
All network traffic is passed through NAT rules for masquerading. HTTP traffic (TCP port 80) can be filtered through a transparent proxy using an application layer chain of Squid2 and Privoxy.
All IP traffic is filtered using configurable blocklists to keep out malware, spyware and known bad peers, using Peerguardian2 and Iptables.
All DNS traffic (UDP port 53) is filtered through a DNSCRYPT-PROXY plugin encrypting all traffic (AES/SHA256) and analysed using domain-list to render a graphical representation of traffic.
Privilege escalation is managed using https://sup.dyne.org
Whitepaper:
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ThinBox
Last update 2014
The ThinBox is based on the Raspberry Pi Thin Client (RPiTC) created by Gibbo. More information about it can be found here. The ThinBox allows quick and easy connection to Microsoft Windows based servers, desktops and virtual machines. Taking less than 30 seconds to boot from power on to desktop and with simple easy to use GUI applications to setup connections this is the easiest way to setup remote access to your systems from anywhere.
Setting Up a Connection
The easiest way to connect to a server or desktop is to double click on the Remote Desktop Client shortcut on the desktop. This will start the client and you can enter connection details for your server or desktop. If you leave out the user name and password you should be prompted when you click connect. The domain option is only for corporate users so home users can ignore this. For corporate users if you don't know your domain then you will need to ask someone in your IT department. The other settings control the behaviour of the session:
Display - This controls the size of the Window or Full Screen mode.
Graphics - This controls whether software or hardware graphics mode is used. For modern systems such as Windows 8 or Windows Server 2012 you can use hardware. For older systems the colours may not be correct in which case you will need to use software.
Sound - This controls whether sound is redirected to the ThinBox. The default is no as overhead for audio is quite high. You can turn this on however and experiment with sound redirection.
Performance - This controls the end user experience by attempting to reduce the graphics overhead on slower connections. Set this to low, medium or high depending on your network connection.
Ignore Certificates - This tells the client to ignore any certificate requests. Some systems will try to use certificates to authenticate a client before prompting for a password. In some cases this will help in making a connection.
Save - Once you have entered all of the details for your connection you can click Save to save this as a permanent shortcut on your desktop. This can then be used to connect to the same system with the same settings in the future.
Cisco VPN
One of the challenges in a corporate environment is the security required to make a connection. Many organisations require that a secure VPN (Virtual Private Network) is established before a connection can be made. To establish a VPN to a Cisco system you will need to ask your IT department for the PCF file. This contains the details for how to connect to the private network. Now start the VPN Client and select Import PCF. You can browse to the file to import it. Once imported you will need to enter your VPN username and password. These are often DIFFERENT to your normal username and password. Now click Connect. The client will attempt to connect to the VPN and will let you know once it has done so. If anything goes wrong it will display an error.
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