WikiStart - DomotiGa Home | OpenEnergyMonitor Home of FHEM Description FHEM (TM) is a GPL'd perl server for house automation. It is used to automate some common tasks in the household like switching lamps / shutters / heating / etc. and to log events like temperature / humidity / power consumption. The program runs as a server, you can control it via web or smartphone frontends, telnet or TCP/IP directly. In order to use FHEM you'll need a 24/7 server (NAS, RPi, PC, MacMini, etc) with a perl interpreter and some attached hardware like the CUL-, EnOcean-, Z-Wave-USB-Stick, etc. to access the actors and sensors. See the "Supported hardware" section below. It is pronounced without the h, like in feminine. Features support for a lot of protocols used in house automation, audio/video devices, weather services, online calendars and more. Supported protocols (small excerpt) eQ3 spezifisch: HomeMatic, MAX! Frontend Screenshots Builtin web frontend: overview on the Desktop or on the Smartphones, SVG-plots. Documentation Download Installation Unix / OSX Windows
phpMyDomo : Control any Home Automation software Freedomotic | Open IoT Framework WikiStart - DomotiGa PiDome The PiDome Home Automation/Domotica project tries to create a transparent home automation platform targeting the Raspberry Pi. It provides a flexible API to add support for custom hardware/services in java. A graphical xml editor is build-in to create devices based on supported protocols. MySensors is supported by PiDome through the SerialGateway or MQTTGateway.. Homepage Install Instructions Features Open source MQTT Broker which is capable to integrate MQTT clients in the sever. Screenshots
Pozyx: accurate indoor positioning for Arduino by Pozyx laboratories About this project Risks and challenges At the kickstarter launch we already have a correctly working Pozyx prototype, different versions have been made and tested. Like with any other hardware you would purchase, there is a possibility that the product breaks. As for software, we have verified all algorithms, but there is still some software to be coded prior to the final release. A last risk that we would like to mention is shipping. Most of all: WE BELIEVE THAT WE CAN BRING POZYX TO YOUR HOME! Learn about accountability on Kickstarter The maximum range of the ultra-wideband signals is 200m in clear line-of-sight (LOS).
Jeedom A Fast, Flexible, And Scalable Path To Commercial IoT Solutions The Intel® IoT Developer Program gives you tools, templates, libraries, and more to accelerate IoT solution development from idea, to prototype, to production. We support your development throughout your product lifecycle, offering security and manageability for deployment at scale. Jumpstart with Streamlined Rapid Prototyping We understand that you need to move forward fast, without reinventing the wheel. Project templates demonstrate key functionality such as handling analog and digital data transmission between sensors and pins on Intel® Galileo boards and Intel® Edison boards Tools that help you avoid doing repetitive, low-value tasks A range of development environments and programming languages to code in a familiar language you are already comfortable with—from JavaScript* and Python* to C/C++ Sensor and I/O Libraries Pre-written and optimized drivers, functions, and algorithms for a variety of sensors, from accelerometers to heat and moisture sensors, and more.
ESPEasy - ESP8266 The ESP Easy firmware can be used to turn the ESP module into an easy multifunction sensor device for Home Automation solutions like Domoticz. Configuration of the ESP Easy is entirely web based, so once you've got the firmware loaded, you don't need any other tool besides a common web browser. The ESP Easy firmware is currently at build R78 an looks stable enough for production purposes as long as it's being used as a sensor device. ESP Easy also offers limited "low level" actuator functions but due to system instability, this could be less useful in real life applications. Getting started with the ESP Easy takes a few basic steps. Tutorial_ESPEasy_Firmware_Upload The ESP Easy supports several Home Automation controllers or web-services that collect sensor data. EasyProtocols To get you on track with the ESP Easy, we provide a tutorial to demonstrate the basics Tutorial_Domoticz_Switch For all further applications, please check their respective wiki page Applications Main page Config page
A. Sauvage & wireless charging trousers | Fashion Team | Fashion Team Bringing the latest in smartphone technology to London Collections: Men 2014 is British designer A. Sauvage. Known for creating understated luxury with no nonsense tailoring, the designer has collaborated with the Microsoft Mobile Devices to produce the world’s first pair of wireless charging trousers for the Lumia 930 smartphone. Unveiled last night at LC:M by George Lamb (who features in the product’s campaign) ahead of Sauvages’s SS15 show at the BFC show space, this latest innovation in wearable technology means you can now charge your phone by simply putting it in your pocket. Using a technology known as inductive charging to create the unique trousers, the designer has embedded Nokia’s DC-50 charging plate into the pocket – the perfect piece to complete his ‘Modern Man’ collection. Adam Johnson, Marketing Director for Microsoft Mobile (UK and Ireland) said, “We are really excited to work alongside a talented designer like A. words: Jade Mordente
MagdiBlog - Parce que si on ne se compliquait pas un peu la vie, ce serait beaucoup moins drôle !