Distros
421-430RaspiBlitz OS
Last update 2023RaspiBlitz - DIY Bitcoin & Lightning Node on a RaspberryPi
The RaspiBlitz is a do-it-yourself Lightning Node (LND and/or Core Lightning) running together with a Bitcoin-Fullnode on a RaspberryPi (1TB SSD) and a nice display for easy setup & monitoring.
RaspiBlitz is mainly targeted for learning how to run your own node decentralized from home - because: Not your Node, Not your Rules. Discover & develop the growing ecosystem of the Lightning Network by becoming a full part of it. Build it as part of a workshop or as a weekend project yourself.
Feature Overview:
There are further Services that can be switched on:
Tor (Run as Hidden Service) details
ElectRS (Electrum Server in Rust) details
BTCPayServer (Cryptocurrency Payment Processor) details
BTC-RPC-Explorer (Bitcoin Blockchain Explorer) details
LNbits (Lightning wallet/accounts System) details
SpecterDesktop (Multisig Trezor, Ledger, COLDCARDwallet & Specter-DIY) details app connection guide
Lightning Terminal (Loop, Pool & Faraday) (Manage Channel Liquidity) details
JoinMarket (CoinJoin Service) details
JoinMarket Web UI (Browser-based interface for JoinMarket) details
ThunderHub (Lightning Node Manager WebUI) details
Balance Of Satoshis (Commands for working with LND balances) details
Kindle Display (Bitcoin Status Display made with a jailbroken Kindle) details
Stacking Sats Kraken (Auto-DCA script) details
Circuit Breaker (Lightning Channel Firewall) details
PyBlock (Python Util & Fun Scripts) details
Mempool Explorer details
Sphinx Chat Relay Server detailsTelegraf metrics details
Chantools (Fund Rescue) details
Suez (Channel Visualization for LND & CL) details
Helipad (Podcasting 2.0 Boostagram reader) details
Homer (Web Dashboard) details
Squeaknode details
CL Spark Wallet (WalletUI with BOLT12 offers) details
CL plugin: Sparko (WalletUI & HTTP-RPC bridge) details
CL plugin: CLBOSS (Automated Node Manager) details
Tallycoin Connect (Use Tallycoin with your own node) details
ItchySats (Non-custodial peer-to-peer CFD trading) details
You can connect the following Wallet-Apps to your RaspiBlitz:
Zeus (Android & iOS) details
Zap (Android & iOS) details
Fully Noded (iOS) details
SendMany (Android) details
Sphinx Chat App (Android & iOS) details
Alby (Desktop) details
Also many more features like Touchscreen, Channels Autopilot, Backup, DynDNS, SSH-Tunneling, UPS Support.
Download:
https://raspiblitz.fulmo.org/images/raspiblitz-v1.7.1-2021-10-28.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-v1.7.2-2022-02-20.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-v1.8.0-2022-07-28.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-v1.8.0b-2022-10-10.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-v1.8.0c-2022-11-01.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-v1.9.0dev-2022-11-27.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-min-v1.9.0rc1-2022-12-21.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-fat-v1.9.0rc1-2022-12-21.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-fat-v1.9.0rc5-2023-05-11.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-fat-v1.9.0-2023-05-22.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-min-v1.9.0rc5-2023-05-11.img.gz
https://raspiblitz.fulmo.org/images/raspiblitz-min-v1.9.0-2023-05-22.img.gz
GitHub:
BerryNet
Last update 2019Deep Learning Gateway on Raspberry Pi And Other Edge Devices
This project turns edge devices such as Raspberry Pi into an intelligent gateway with deep learning running on it. No internet connection is required, everything is done locally on the edge device itself. Further, multiple edge devices can create a distributed AIoT network.
At DT42, we believe that bringing deep learning to edge devices is the trend towards the future. It not only saves costs of data transmission and storage but also makes devices able to respond according to the events shown in the images or videos without connecting to the cloud.
Download:
GitHub:
SourceForge:
Pwnagotchi
Last update 2021Pwnagotchi is an A2C-based “AI” powered by bettercap and running on a Raspberry Pi Zero W that learns from its surrounding WiFi environment in order to maximize the crackable WPA key material it captures (either through passive sniffing or by performing deauthentication and association attacks). This material is collected on disk as PCAP files containing any form of handshake supported by hashcat, including full and half WPA handshakes as well as PMKIDs.
Download:
GitHub:
SourceForge:
VitOS
Last update 2021Silent Angel VitOS for RPI4 is an operating system supports Roon Bridge.
VitOS is a customized Linux based operating system designed for music player. Optimizations in the kernel and system are done by Silent Angel engineers and make it possible to enhance the performance of network I/O, USB I/O, task manager, ..., and so on. As a result, running Roon Bridge and other music player application on VitOS has better sound quality than other OS.
To use VitOS on your Raspberry Pi 4 Model B (1/2/4/8GB version), just download the image file and write to the micro SD card with dd or other applications. Then plug in the micro SD card to your Raspberry Pi4. You can use iOS app and Android app named "VitOS Manager" to manage the VitOS.
VitOS V1.0 supports USB DAC as audio output device. You can connect your USB DAC to the USB port on your RPi4 board. With VitOS Manager, you are able to install Roon Bridge to the VitOS. Then you can discover the RPi4 board with Roon apps and play music.
Features
VitOS for Raspberry Pi 4 Model B
Install Roon Bridge with VitOS Manager
ppSupport USB DAC as audio output device
SourceForge:
Download:
DOSBox 4 NetBSD
Last update 2019Ready to use NetBSD Image with DOS BOX Emulator.
Download:
SourceForge:
ReddPi
Last update 2021Raspberry Pi ready to use image with latest Reddcoin Core Wallet (v3)
Image has no blockchain data attached. Download latest blockchain data with script placed on desktop or run download_blockchain.sh script from user home directory (/home/pi).
Login:
user: pi
password: rddstaking
Autologin for desktop environment is activated
Download:
Raspberry Pi 0, 0W, 1A+, 1B+:
Raspberry Pi 2B, 3B, 3B+, 3A+, 4B:
SourceForge:
Pi-Wiki
Last update 2020This is an image of raspbian OS with LAMP server and Pi-Wiki installation. Pi-Wiki is a website based on Drupal CMS project Open Atrium. You can use it as household Wiki for your family to save and share informations about manuals, consuption, recipes, important numbers, scans of documents. This enable you to have safe internal electronic system for your important data.
Credentials for management and use:
User: admin
Password: admin
User: editor
Password: editor
User: user
Password: user
SSH Login:
User: pi
Password: raspberry
Download:
https://sourceforge.net/projects/pi-wiki/files/latest/download
https://sourceforge.net/projects/pi-wiki/files/Image/Pi-Wiki-1_0.img/download
SourceForge:
netPI Industrial OS
Last update 2020netPI is a Raspberry Pi 3 B architecture based platform for implementing Cloud, Internet of Things and Industry 4.0 customized Edge Automation projects safely over containerized software utilizing Docker. Hilscher designed it in cooperation with Element14, the Raspberry manufacturer, and upgraded it specially for industrial use. Its single-circuit board combines the Pi 3 B circuitry, its standard interfaces, Hilscher's multi-protocol Industrial Network SoC netX plus two extra Industrial Ethernet ports. By design netPI's overall software architecture complies with the Cyber Security Standard IEC 62443 for Industrial Automation and Control Systems to counter threats such as unauthorized accesses, software manipulation and eavesdropping and relies on a security enhanced Linux. Default access for configuring and managing it is granted via a web-based GUI. Additional software and applications can only be applied by accredited users using the preinstalled Docker virtualization environment in isolated and safe containers to be inline with the security concept.
Industrial graded
netPI features hardware upgrades that vastly improve the platform for industrial use
Design
8 layer PCB design (6 with Pi 3 B) for best EMC compliance and heat dissipation
Cooling concept for full 1.2GHz quad-core CPU performance up to 50°C without throttling
Peripherals
8GB (384TBW) / 32GB (1920TBW) industrial grade long-life FLASH memory with guaranteed constant BOM
Real-Time Clock (RTC) with 7 days maintenance-free supercapacitor based buffering
8KB extra FRAM for storing data non-volatile at high frequencies (model RTE 3)
Connectivity
netX51 multi-protocol Industrial Networks Controller for Fieldbus and Industrial Ethernet (model RTE 3)
Two extra Industrial Ethernet ports for protocols such as PROFINET, EtherNet/IP, EtherCAT, POWERLINK, Modbus/TCP and more (model RTE 3)
Expansion slot for additional plug-in modules such as RS485, RFID, Analog, Digital I/O and more
DIN rail mountable robust metallic housing for longevity in industrial environments
Environments
On-board WiFi/BT radio antenna extended beyond chassis for best wireless coverage
EMC compliant to latest standards
Shock and vibration compliant to latest standards
Extended temperature range -20°C to 60°C
24 Volt DC powering
Secured infrastructure
netPI features default system security to countermeasure today's cyber threats.
Design
Yocto project based customized Linux, Kernel 4.9.x or higher
Integrity
Constraint checking of the validity of the booted software through keys
Coordinated installation of system updates and patches through signed packages only
Ignoring removable media such as USB sticks prohibiting infiltration of malware
Authentication
Obligatory password authentication with key strength calculator
User and role management prohibiting unauthorized access to preinstalled software
Confidentiality
Protection of the transmission route to the web GUI by TLS 1.2 encryption (https)
NGINX application as reverse proxy for centralized SSL certificates offloading and handling
Non-installed SSH server to prohibit accesses from remote through a console
Non-installed sudo command to prevent getting root privileges
Restricted Data Flow
AppArmor security framework restricted preinstalled components through access profiles
Physical segregation of IT and OT networks by two separated network controllers (model RTE 3)
Preinstalled Docker for additional container-isolated applications over web GUI client portainer.io
Docs:
Datasheet:
netPI RTE Manual:
netPI CORE Manual:
NPIX Module Manual:
3D CAD model netPI:
Download:
System software Recovery Image for netPI RTE & netPI CORE:
Docker Containers:
nodered:
teamviewer:
netx-ethernet-lan:
canopennode-npix-rcan:
lockforcontainer:
nodered-fieldbus
openvpn:
raspbian:
netx-programming-examples
codesys-basis:
desktop-hdmi:
bluetooth:
opcua-server:
RetroLX
Last update 2022RetroLX leverages Linux mainline kernel and open-source emulation projects to bring you a truly customizable retrogaming and/or retrocomputing experience.
RetroLX standard install follows « JeOS » (Just Enough OS) philosophy to be able to accomodate various device ranges it supports. You can then choose and install emulators, game engine ports, and other packages we provide.
RetroLX main technology stack is:
Linux mainline kernel 5.15.y or newer.
Buildroot.
Wayland for ARM / AArch64 devices, Xorg for Intel/AMD x86_64 based computers.
Pacman package manager.
Download need to compille by yourself:
The current official build environment is Ubuntu 20.10. Additional packages required are documented on the docker image RetroLX/ci/docker/Dockerfile.
How to build is documented by the script RetroLX/ci/local/build-retrolx-arch.sh that will start the build reusing the currently checkout repository.
Given your environment fullfill the requirements you can build locally. Example call:
./build-retrolx-arch.sh ARCH
Raspberry Pi 1:
./build-retrolx-arch.sh RPI1
Raspberry Pi 2:
./build-retrolx-arch.sh RPI2
Raspberry Pi 3:
./build-retrolx-arch.sh RPI3
Raspberry Pi 4:
./build-retrolx-arch.sh RPI4
Alternatively the official Docker environment can be used. Example call:
./build-retrolx-arch-docker.sh ARCH
Raspberry Pi 1:
./build-retrolx-arch-docker.sh RPI1
Raspberry Pi 2:
./build-retrolx-arch-docker.sh RPI2
Raspberry Pi 3:
./build-retrolx-arch-docker.sh RPI3
Raspberry Pi 4:
./build-retrolx-arch-docker.sh RPI4
Where ARCH is one of the available architectures.
The Docker build pipes the output to RetroLX/ci/local/docker-output.log by default.
The main artifact of the build can be found at: RetroLX/output/ARCH/images/retrolx/images/*.
Continuous Integration
For every available architecture config file at config there is an asociated Microsoft Azure build pipeline defined at RetroLX/ci/azure.
The current state for the build of every architecture supported by the master branch can be check at Azure Pipelines.
The current image build of every architecture supported by the master branch can be check at Retrolx Repository
Downloads(still nothing):
Cores and Emulators without filter for Raspberry Pi, so keep that on mind:
Libretro:
KrakenSDR
Last update 2023This software is intended to demonstrate the direction of arrival (DoA) estimation capabilities of the KrakenSDR and other RTL-SDR based coherent receiver systems which use the compatible data acquisition system - HeIMDALL DAQ Firmware.
Nice Review:
Download:
https://github.com/krakenrf/krakensdr_doa/releases/download/V1.41/krakensdr_pi4_101122.img.xz
https://github.com/krakenrf/krakensdr_doa/releases/download/V1.42/krakensdr_pi4_020223.img.xz
https://github.com/krakenrf/krakensdr_doa/releases/download/V1.43/krakensdr_pi4_100223.img.xz
https://github.com/krakenrf/krakensdr_doa/releases/download/V1.5/krakensdr_pi4_220323.img.xz
https://github.com/krakenrf/krakensdr_doa/releases/download/V1.6/krakensdr_pi4_100523.img.xz
GitHub and more info:
Wiki:
Android App Guide: