Open Source ChromeOS Home Automation Software

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.

Compatible Windows 9x - Windows 8. Desarrollado en RealBasic / Real Studio / Xojo. LICENCIAS: - Licencia Opensource MIT para código fuente y binarios ejecutables, a excepción de las librerías externas, que son licenciadas por Real Software Inc. / Xojo inc. Ver licencia específica de ellas. - Licencia Freeware para binario final ejecutable. Task Scheduler Microsoft Style built in Xojo / RealBasic. MIT License.

Freedomotic is an open source, flexible, secure Internet of Things (IoT) development framework, useful to build and manage modern smart spaces. It is targeted to private individuals (home automation) as well as business users (smart retail environments, ambient aware marketing, monitoring and analytics, etc). Freedomotic can interact with well known standard building automation protocols as well as with "do it yourself" solutions. It treats the web, social networks and branded frontends as first class components of the system. [GITHUB REPOSITORY] https://github.com/freedomotic/freedomotic [USERS' MANUAL] http://freedomotic-user-manual.readthedocs.io/ [DEVELOPERS' MANUAL] http://freedomotic-developer-manual.readthedocs.io/ [INTERNATIONAL COMMUNITY] https://groups.google.com/forum/#!forum/freedom-domotics [ITALIAN COMMUNITY] https://groups.google.com/forum/#!forum/freedomotic-it [REPORT AN ISSUE] https://github.com/freedomotic/freedomotic/issues

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

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

The C-Bus Module is used to provide a C-code API between a Clipsal C-Bus PCI interface, and an application program. Application programs can be on small embedded micros with no OS and only a few K of RAM, thru to Windows & Linux.

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")

Fridge control: with Arduino Pro Mini based, LM35 sensor, 2pcs 7segment display, shift registers, LEDs, momentary buttons, toggle switch, 1 Arduino compatible dou relay board. Features: - cooler on-off - auto anti ice control - defrost function Normal operation: Change cooler on and off temperature with buttons, Each "off" cycle follows a short de-ice cycle. Defrost function: Switch on and a off : several long de-ice cycle. As it ends change normal operation. Swicth on and left it on: no return to the normal operation, the cooler won't turn on. The 7segment display show the measured temperature in Celsius. Below 0 shows Lo, above 10 shows Hi, while defrost, shows LE.

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.

Cheap Home Automation. Use an Arduino to control power-sockets in your home. Step 1: Get a pack of "SMJ remote controlled sockets". Step 2: Allocate channels (A-D) and buttons (1-3) to lamps and gizmo's around your home. Step 3: Connect an Arduino to an Aurel Wireless RTX-MID-3V transceiver (see code for mapping). Step 4: Load sketch on your Arduino (v11 is latest). Step 5: Place batch file (Windows). Your com port might not be com3. Step 6: Set up windows task scheduler. Get fancy and use "Sunwait4Windows" for dusk/dawn scheduling. Button "D3" allows you to use the handset to turn a group of SMJ devices on or off. Good luck.

AIC (Advanced Irrigation Controller) is a computer based control system that has been initially targeted towards controlling irrigation in small to medium size gardens. As the product matures and features are added it is expected to be a fully functional controller used in large scale implementations, green houses and glass houses. AIC platform's in-dependency means it can run on both Linux or Windows XP onwards . A large range of serial boards (as well as usb boards that present as serial devices) are able to be controlled. KMTronic's USB and Serial relay boards are selectable in the configuration menu, other boards can be setup by entering their control commands. Although primarily designed for irrigation you can use AIC to control a large variety of hardware, for example lighting, heating etc It is envisaged that future implementations of AIC will incorporate rules for more complex device control.

Ardamon is an arduino and PHP based solution to replace your thermostat so you gain a open-source solution that is manageable online. It also offers statistics and can help regulate many sensors around your house

CLOCK 3W is a library for Arduino that helps you interact with CLOCK 3W timekeeping module (made by FRIENDLY ELECTRONICS) or any other module based on DS1302 chip.

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

Step-by-step instructions for making your HVAC (Heating, Ventilation & Air Conditioning) system state-of-art. Covers airflow balancing, temperature control & zoning, energy conservation measures, remote access, 1-wire, XBee devices, home automation

This Perl/PostgreSQL application enables to control various do-it-yourself home automation products (such as air conditioning units or electric radiators). The code is highly portable for used with other DB (for example MySQL). It may be used as a scheduler with light modifications. User Interface is provided by the Home Automation Control Center UI project (https://sourceforge.net/projects/climcontrolui)

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

ISeeWhatYouAreDoing is a useful tool for getting screenshots and executing commands over Tcp/Ip or Ftp. Because it has NO security the Tcp/Ip part shouldn't be used in public networks (Use a firewall! :)). It was designed for easily keeping an eye on what people in your home network are doing and (if necessary) turn f.e. your brother's computer off when he forgot. As said it is able to work on very bad connections. Bin/Bin.zip is the basic package with client and a gui server, Bin/Hidden_Server.zip contains the "serious" version with a useful config.txt, no gui (server should run in background) and uses mainly ftp to get its commands, although you can connect via Tcp/Ip and the client from the Bin/Bin.zip or Bin/Client_Only.zip package. The hidden server has an English readme! For further information about the usage of the program please look at Doc/ or at the readmes in Bin.zip (currently both German, sorry). I hope v0.3.0 will follow till 12/12.

A text based application that listen and translates in human language the messages of OpenWebNet protocol of bTicino MyHome(R) system. MyHomeGuardian also sends an e-mail or executes an OPEN command if an event happened.

*Updated 6-11-2010 * Nova is a remote assistance tool developed in C# .NET 3.5. Using Nova, you can administrate remote computers through a File Explorer, Registry Editor, Process Manager, Live View, and Chat.

Ximdex OSGridManager is a grafical Grid-Management Application for OpenSimulator v0.7.*, based on wxWidgets WxPerl & POE.

JUT is a web-application built around an IT framework that is specifically designed for the remote management of multiple IP Thermostats.

PLCduino is an open hardware alternative for industrial and home automation. It uses the well known ATmega chips as main processor, the same used on Arduino. This means that PLCduino is code-compatible with all arduino sketches.

This project describing how to connect PC to Rego 600 heatpump controller (used in heatpumps IVT, Carrier, Bosch, AutoTherm, ...). This project describe hardware and also software part of interface.