Open Source Python IoT Software

imgFlasher has been built specifically for Embedded and IoT developers in order to flash OS images on SD cards and USB drives. Made primarily for Raspbian, Ubuntu, Debian, Yocto-based images but works with any kind of Linux distribution. imgFlasher is a portable software that doesn't require any installation. The process of flashing OS with imgFlasher is super simple and requires just 3 steps. (1) Choose img/zip file. (2) Choose drive to flash on. (3) Click on Flash. Recommended using for Raspberry Pi, Banana Pi, Odroid, BeagleBone, Nvidia Jetson, Tinkerboard, etc.

Basalsure is a hardware design and software kit to build a basal insulin dose assurance box for users of multiple daily injections (MDI) via syringes.

This is Bufferstack. IO IIoT Gateway based on LTS stable software base which allows one to develop, deploy and host IOT, IIoT based applications using NodeJS, Python, influxdb, mosquitto mqtt broker. This is live+install CD, and for better experience in using it, please install it on your HDD/VM/Cloud

gigasetelements-cli is a python based program which allows you to control your Gigaset Elements home security system. It comes with an easy to use CLI (command-line interface) suitable for direct use or cron jobs.

MQTT Client HMI built with Python to communicate via a Broker. Username, broker ip and topic are stored in a local text file.

This software is for delivering push notifications to remote devices such as smartphones and tablets from a Raspberry Pi when the Raspberry Pi is connected through its GPIO pins to a device which holds a relay or electronic switch temporarily closed when activated. An example of such as device is a Dakota Alert break beam sensor.

Sprout is an intelligent plant monitoring system that bridges the gap between nature and technology. By combining real-time IoT sensor data with Google’s Gemini AI, Sprout transforms raw environmental metrics into a casual, friendly conversation with your houseplant. Sprout isn't just a dashboard; it's a personality. The system monitors Moisture, Temperature, Humidity, and Light, feeding this data into a sophisticated 6-tier AI backend. Your plant doesn't just show you graphs—it tells you how it feels, gives you care tips, and provides a weekly "Botanist's Report" on its health. Important : For the application to work you would need an arduino with right sensors and code , to know more visit the offical repo of this project : https://github.com/Vignesh-72/Sprout

iHome is a fully tested Smart Home Automation system using the Raspberry Pi Zero WiFi SBC and Linux OS and has all the functional features of NEST or ECOBEE smart thermostats with the added benefit of full privacy and security at less than half the price! It incorporates MBLogic with algorithms and Modbus coms for HVAC home control via the ionware modbus compatible ionC1 input/output controller board. The iHome software system comes fully configured as a SD Card image file for Raspberry Pi Zero wifi Plug and Play capability complete with MBLogic, Node-RED and MQTT already fully installed and ready to go. See wiki instructions to burn the SD Card image file, insert into your RPi Zero and Plug and Play. The iHome is an Internet of Things (IOT) demo project for the ionware ionC1 hardware and the software system and is a complete SCADA platform c/w Modbus TCP Servers and Modbus RS485 serial clients for scalable building automation projects. See - ionware.io/free-offer/

A Free and Open-Source program to send Wake on Lan (WoL) packets What is Wake on Lan (WoL)? Wake on Lan (WoL) is a feature that allows you to remotely turn on supported devices (such as Smart TVs, and computers) when connected to the same local network. What is a Wake on Lan (WoL) packet? It is a packet used to request a WoL order to remotely turn on a WoL supported device. More details available in: https://en.wikipedia.org/wiki/Wake-on-LAN For this program to work you have to: 1-Connect to the same network as the device you want to wake. 2-Enable Wake on Lan (WoL) feature on the device you want to wake. 3-Make sure the device is turned off or in sleep state. System requirements for WoL: 1-Smart TV must be manufactured in 2012 or newer. 2-Windows PC must be Windows 95 or newer. 3-Wake on Lan supported BIOS (Firmware)

PLEASE NOTE: myHouse has been a nice starting point but difficult to customize, maintain and evolve. For these and many other reasons, I've completely re-designed- re-architect myHouse also giving it a new name (eGeoffrey). The basic principles are the same, the software is still open source but now is supposed to be way simpler to configure (entirely via the web interface), use, customize and extend. If you want to give it a look, check out https://www.egeoffrey.com. I've also put together a migration utility to help along to way in case you want to move into the new platform without starting from scratch: https://github.com/myhouse-project/myHouse2eGeoffrey myHouse itself will be no longer maintained since the new eGeoffrey offers the same functionalities and many more. Thanks for your support along the way!