Open Source JavaScript Home Automation Software

Homebridge Samsung Tizen is a plugin created for Homebridge that allows you to control your Samsung TVs (models starting from 2017) that are running Tizen Operating System. Please make sure to read our shiny documentation where you find step-by-step instructions with images on how to install and configure the plugin. If you find this plugin useful and want to show your support then please star this plugin, or better yet; you can donate through PayPal whatever you think the plugin value is. You can also use other methods by checking the Sponsor this project section from the right sidebar. This plugin was designed for Homebridge and will require you to set up a Homebridge server. Homebridge is a lightweight server you can run on your home network that emulates the iOS HomeKit API and allows you to control devices that are incompatible with HomeKit.

This project aims to provide software usefull in automation tasks like building automation. Different backends are supported like KNX or OpenHAB. Note: The project has moved to GitHub. Please consult: https://github.com/CometVisu/CometVisu - for the CometVisu https://github.com/OpenAutomationProject - for the different OpenAutomation subprojects

An Open Community in the Home Automation and Domotics space. We believe an Open Source approach can revolutionize the way people create, install, and maintain software in the industry. Our panel technology integrates with your favorite protocol and runtime hardware through Open Source software. We open up the front-end and support a unified panel and visual programming model. An installer can pick and choose hardware products from different vendors and still present one panel UI to the user. A proprietary hardware vendor can build modern panel support and integrate with existing vendors. Whether you are a DIY aficionado, a high-end installer, a hardware vendor or integrator, OpenRemote has something for you. We want to make OpenRemote the standard for commercial and hobbyist integration alike. We allow any integrator or vendor to write plug-ins and bring innovative tools that simplify the work of an installer and the relationship with the client.

Google Access Assistant cracked version, Google over the wall, Google ladder, Google ladder extension tool, Google store access, Chrome over the wall. Since the new version of Chrome has prohibited the installation of third-party applications, and this cracked version cannot be uploaded to the Chrome Web Store , it can only be run in developer mode. Clone warehouse: Click to download and unzip after downloading the file. Directly modify and delete the js file to retain the function of overturning the wall, this cracked version has been simplified. This software has been cracked and can be used for free forever.

You can check this app online here: https://koshka.ddns.net/pzemweb/v1.1/ (You will need Chrome browser or similar ) A web-app (web-interface) for Peacefair PZEM energy monitors. It is loaded from https web server but works completely on a local machine with local devices and local database. It uses Web Serial API to connect to PZEM devices and IndexedDB to store data. JqGrid and Apexcharts used to display stored data. This application (hopefully) supports simultaneous data exchange with multiple PZEM devices.

CONTROL ARDUINO WITH PERL * PROJECT DISCONTINUED *

This project aims to provide a method for listening on a serial port and decode incoming messages from a Galaxy security control panel. The messages are transmitted using the SIA DC-03-1990.01 (R2000.11) protocol. The decoded messages are stored in a database (MySQL) or forwarded by email using ssmtp. Besides just listening for messages openGalaxy can also be used to arm/disarm the panel and much more... This software is still in a testing (beta) phase but has been tested successfully with the following security control panels made by Microtech / Honeywell Security: - Galaxy 18 (Dutch firmware v1.25) with external RS232 box - Galaxy 60 (Dutch firmware v1.07) with external RS232 box - Galaxy G3-520 (Dutch firmware v5.50) (internal RS232)

Grasshopper is an open source and free (speech & beer) responsive-design web application to control Bticino MyHome. VALUES: Use any device Since Grasshopper is a browser-based application, you can use a browser on any device to access Grasshopper. Thanks to its responsive-design support, the Grasshopper interface will adapt to the screen-size of your device. Choice of server-platform Grasshopper is a web application that can run from different web servers. The Grasshopper appliance runs on DietPi with Lesp (Nginx+SQLite+PHP). The Grasshopper application has been tested on Lesp and LAMP+SQLite. (Both documented in following chapters). The only requirement is that SQLite is used as a database. You can read more about this in following chapters. Choice of MyHome Gateway Grasshopper can communicate not only through the official Bticino Gateways (eg. MH20x / F452 / F454) but also network-connected touchscreens can be used (eg. 3,5" / 10")

CONTROL ARDUINO WITH PHP * PROJECT DISCONTINUED DUE NEW I2C RELESE * The project is temporary stopped due heavy work load; i am in trouble to find spare time and "clear head" to get it forw. I'am looking for anyone who wants to grow it, obviously with my support. The complete source is anyway available on my homepage.

This is a general purpose tool optimized for managing, programming and automating machines, services and apps or just loose parts of code snippets. It comes with a visual block language and a visual GUI designer which lets you inter connect and automate all sorts of devices. It has built-in support for TCP, UDP, Serial, MQTT, SSH, Arduino/Raspberry-PI or access to your custom API via HTTP. Public Homepage: http://pearls-media.com/control-freak/ On Github: https://github.com/net-commander/windows-dist

Web User Interface to Home Automation Control Center project (https://sourceforge.net/projects/climcontrol/)

Personal Weather Station is a simple educational project used for learning various skills in electronics and programming. The station will collect the data using a couple of sensors connected to a micro-controller. Collected data will be uploaded to an online weather server where visitors can see the collected data. Multiple stations can send data to the weather website and visitors can select which station to see using a simple search or selecting from a map. Sensors: - Precipitation (Rain gauge) - Temperature - Humidity (Hygrometer) - Air Pressure (Barometer) - Wind Speed (Anemometer) - Wind Direction (Wind vane)

This project is about a light controlling system with a 4 RGB-LED channels to run different modes: • autonomously w/o PC performing HSI2RGB transformations and running through the color hues (with dimmable brightness) • remote operated by PC or embedded user software using the provided C++ Software library (based on Boost libraries) • ideal platform for color experiments with your RaspberryPi The system consists of 4 layers: • PCB with Atmel ATmega16 and FT232RL USB interface (Eagle forat) • Firmware for applying PWM, UART communication and integrated colorspace transformations (AVR-ASM) • C++-Software for providing a HTTP-Server, a Dreambox picture grabber and basic light sequence player • HTML5/JavaScript application for remote controlling and configuring the system via Webbrowser Please use the SVN browser for accessing the whole development snapshot and getting an current tarball!

Serveur domotique développé en PHP permettant de controler plusieurs cartes IPX800 (Gce.electronics).

Yadoms is an open source project. It aims to publish a simple, powerfull, flexible and multiplatforms domotic solution. Project has moved to github. Here is the link to the active page: https://github.com/Yadoms/yadoms

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!

Provides a python module for working with the Residential Control Systems (RCS) RS-485 controllable thermostats. The project also provides simple python command line utilities utilizing the module for manipulating the thermostat and basic web interface. Visit the SourceForge "Code" page to download a snapshot.