Open Source Linux Raspberry Pi Software
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Raspberry Pi Software for Linux
View 1429 business solutionsBrowse free open source Raspberry Pi software and projects for Linux below. Use the toggles on the left to filter open source Raspberry Pi software by OS, license, language, programming language, and project status.
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GeigerLog
Python program for Geiger counters and Environmental Sensors
GeigerLog is a combination of data logger, presenter, and analyzer, and is now released in version 2.0.0! New: Gamma Spectra - can now be displayed, calibrated, and evaluated in GeigerLog! Based on Python (Version 3), it runs on Linux, Windows, Macs, Raspberry Pi, and other. GeigerLog is WiFi-enabled for servers and clients; it can be monitored by SmartPhone. Initially developed for Geiger counters, it is now a more universal tool, which equally well handles data like temperature, air-pressure, humidity, CO2. Continues to support Geiger counters like GQ Electronic's GMC-300/500/600 , RadMon, RadPro, Gamma-Scout, audio-click and other low-cost Geiger counters, IoT devices, I2C based sensors, GQ EMF devices. GeigerLog reads data from devices, saves them to databases, prints to screen and plots as auto-updated, customizable graphs. Quality control using Statistics, Scatter, Poisson, FFT & Autocorrelation, and more. The Raspberry Pi 4, 5 qualify as GeigerLog hosts. -
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Blynk C++ Library
Blynk library for embedded hardware
Blynk is the most popular Internet of Things platform for connecting any hardware to the cloud, designing apps to control them, and managing your deployed products at scale. With Blynk Library you can connect over 400 hardware models (including ESP8266, ESP32, NodeMCU, all Arduinos, Raspberry Pi, Particle, Texas Instruments, etc.)to the Blynk Cloud. With Blynk apps for iOS and Android apps you can easily drag-n-drop graphic interfaces for any DIY or commercial project. It's a pure WYSIWG experience, no coding on iOS or Android required. Hardware can connect to Blynk Cloud (open-source server) over the Internet using hardware connectivity available on your board (like ESP32), or with the use of various shields (Ethernet, WiFi, GSM, LTE, etc). Blynk Cloud is available for every user of Blynk for free. Direct connection over Bluetooth is also possible. Check the included examples on how to use different types of connections (transports) and explore Blynk features. -
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RF24
OSI Layer 2 driver for nRF24L01 on Arduino & Raspberry Pi/Linux
Optimized high-speed driver for nRF24L01(+) 2.4GHz wireless transceiver. More compliant with the manufacturer specified operation of the chip, while allowing advanced users to work outside the recommended operation. Utilize the capabilities of the radio to their full potential via Arduino. More reliable, responsive, bug-free and feature-rich. Easy for beginners to use, with well-documented examples and features. Consumed with a public interface that's similar to other Arduino standard libraries. OSI Network Layer for multi-device communication. Create a home sensor network. -
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footmouse
Allows Linux users to use a HID compatible USB foot pedal as a mouse
The foot pedal emulates a mouse in conjunction with up to 4 modifier keys, ALT, CONTROL, SHIFT and ESCAPE. Functions available are Left Click, Double Click, Right Click, Cursor Up, Cursor Down, Cursor Left, Cursor Right, Wheel Scroll Up, Wheel Scroll Down, Middle Click, Page Up, Page Down, Window Select, Close window, Minimise window and Null (define an option that does nothing) - Many foot pedals come with software, often MS Windows only, which allows you to program the pedals to perform some function or other, Footmouse does away with the proprietary software and allows you to assign Mouse commands to a pedal or a pedal with a modifier key. All functions can be assigned as you require. Designed principally to help people who have difficulty operating a Mouse but able to operate a foot pedal. By its very nature, moving about the screen is slow compared with using a mouse but it does the job, if you can't use a mouse. Note: new VEC Infinity in-USB3 foot pedal not supported. -
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CommBusTerm
"CommBusTerm"
"CommBusTerm" is based on a "Raspberry Pi 4 Model B" or "Raspberry Pi 5", and the "kmicommbusmediator" interface. "kmicommbusmediator" provides connectivity for the "Raspberry Pi" to the "PPG Communication Bus" which is used by PPG synthesizers such as the "Wave 2.2", "Wave 2.3", "EVU". Link to "kmicommbusmediator": https://sourceforge.net/projects/kmicommbusmediator/ Application software for CommBusTerm: * "cbmedimonitor": control tool * "WaveProgEdit": sound-program editor * "WaveBackup": for backups * "waveaddsynth": for additive synthesis * "wavetransientutil": for transient sounds Copyright (C) 2022-2025 by Klaus Michael Indlekofer. All rights reserved. Note: Special restrictions apply. See disclaimers below and within the distribution. (We are not affiliated in any way with companies/persons mentioned on this page. All brand names and trademarks are property of their respective owners. The author is not affiliated with PPG. "CommBusTerm" is not a product by PPG.) -
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kmicommbusmediator
"KMI Comm. Bus Mediator"
"KMI Comm. Bus Mediator" ("kmicommbusmediator") The project "kmicommbusmediator" provides connectivity for the "Raspberry Pi 4 Model B" and "Raspberry Pi 5" to the "PPG Communication Bus" which is used by PPG devices such as the "Wave 2.2", "Wave 2.3", "EVU", "PRK", "Waveterm A", "Waveterm B". "kmicommbusmediator" contains hardware and software components: * "kmicommbusmediator-HW": "Comm. Bus" hardware-interface * "CBMEDIBIOS": firmware for "kmicommbusmediator-HW" * "cbmedimonitor": command-line tool for "Raspberry Pi" Utilities: "wtafloppylist", "wtbfloppylist", ... Copyright (C) 2022-2025 by Klaus Michael Indlekofer. All rights reserved. Note: Special restrictions apply. See disclaimers below and within the distribution. (We are not affiliated in any way with companies/persons mentioned on this page. All brand names and trademarks are property of their respective owners. The author is not affiliated with PPG. "kmicommbusmediator" is not a product by PPG.) -
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External watchdog for RPI
External HW watchdog for RPI
External watchdog for raspberry PI 3 minutes watchdogtimer on timeout, is for 30 seconds RPI powered off -
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GROWbox Supervisor System (GROWSS)
Automated Plant Environment Growing System using Raspberry Pi
GROWbox Supervisor System (GROWSS) is a grow box or grow cabinet environmental controller. GROWSS uses a Raspberry Pi (RPI) & Grove sensors to monitor and control the environment in your grow box or cabinet. Environmental factors such as temperature, humidity, soil moisture, & smoke (from fire) are monitored and displayed on a terminal connected to the RPI & on a mobile app. GROWSS also controls the exhaust fan and grow lights based on the time interval (ie. 12 hours on/12 hours off) & from environmental factors, temp & humidity. The environmental values are saved to the local storage every 15 minutes and when an alarm is present. Hi & low values are also saved. The LEDs on the case & the mobile application indicate if there is a high/low temp alarm, hi/low humidity alarm, soil moisture alarm, or smoke alarm. A speaker (buzzer) is activated on the case if there is a smoke alarm. 2 other LEDs indicate if either the exhaust fan is on or if the humidifier is on. -
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MySensors
MySensors library and examples
MySensors is an open-source hardware and software community focusing on do-it-yourself home automation and Internet of Things. We're here to help people who'd like to create original and affordable sensors and actuators based on components like Arduino, ESP8266, Raspberry Pi, NRF24L01+ and RFM69. Does it sound complicated? Don’t worry, we’ll explain everything. We provide easy-to-follow build instructions, ready-to-use code examples, and adaptable open-source hardware designs. All of this runs on the MySensors software library for secure communication that has been battle-tested with more than 20 of the leading home automation controllers on the market. So, join in, have fun and create your own connected home experience! We've combined the Arduino platform with a small radio transceiver into a fun, flexible world of low cost wireless sensors. -
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10
Pi Snowflake
A Raspberry Pi driven LED Snowflake
Initially this project started as hobby to build a "cool" christmas LED decoration. The result was 175 RGB LED snowflake driven by a Raspberry Pi. Since the hardware prototype is finished it's time to share the software and documentation... -
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RaspberryLight
Make your Raspberry Pi to a Wi-Fi controllable LED Light
Make your Raspberry Pi to a Wi-Fi controllable LED Light using LED stripes with WS 2811 controller. This software enables the raspberry to provide a web server interface (HTTP / Rest) for controlling the connected LED stripe. That project bases on the WiringPi lib, Indy for Lazarus and also on the Tinkerforge bindungs for Lazarus. The Stripe must be connected with the Tinkerforge Masterbrick and the LED-Stripe bricklet. WiringPi is used to control the GPIOs for some feature and Indy (Internet Direct) is used to support all network feature like UDP-broadcasting and handling the HTTP-requests. The development platform is Lazarus. -
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Rpi LCD 2004
C# library for access a LCD 2004 with HD44780 over I2C
C# library for the HD44780 controller and a I2C-Adapter PCF8574T. Prerequisite: -Raspberry Pi -Installed Mono or NetCore -Installed Wiring Pi Library -connected LCD display over I2C (A00) Features: -Simple design and display own chars (see progress demo) -German umlaute -Access easy special chars like pi, degree,omega .... -Display strings center, left and right align -Control backlight,Cursor,Display -simple interface -
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interactivipi
Interactive input for Raspberry Pi
Use rotary encoders and buttons to execute custom commands on Raspberry Pis.
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