Think Big Factory | We create products and services for a connected world Blynk - build an app for your Arduino project in 5 minutes by Pasha Baiborodin Share this project Done Share Tweet Embed Tweet Share Email Blynk - build an app for your Arduino project in 5 minutes by Pasha Baiborodin Play Platform with iOs and Android apps to control Arduino, Raspberry Pi and similar microcontroller boards over Internet. New York, NYTechnology Share this project backers pledged of $10,000 goal days to go Back This Project Remind me Remind me This project will be funded on . Platform with iOs and Android apps to control Arduino, Raspberry Pi and similar microcontroller boards over Internet. Pasha Baiborodin Project by First created | 5 backed blynk.cc See full bioContact me About this project What is Blynk? Imagine a prototyping board on your smartphone where you drag and drop buttons, sliders, displays, graphs and other functional widgets. New shield to buy? Blynk is not an app that works only with a particular shield. UPD: Blynk also works over USB. How it works Blynk works over the Internet. Currently, Blynk libraries work with this stuff: No laptop involved. Got Milk?
nfarina/homebridge GaussRFID - Han-Chih Kuo Rong-Hao Liang, Han-Chih Kuo, Bing-Yu Chen We present GaussRFID, a hybrid RFID and magnetic-field tag sensing system that supports interactivity when embedded in retrofitted or new physical objects. The system consists of two major components - GaussTag, a magnetic-RFID tag that is combined with a magnetic unit and an RFID tag, and GaussStage, which is a tag reader that is combined with an analog Hall-sensor grid and an RFID reader.
Nanode w/Sketchgarden Bootloader - Program Over the Internet C Pre-Processor Magic - Articles - Jhnet The C Pre-Processor (CPP) is the somewhat basic macro system used by the C programming language to implement features such as #include and #define which allow very simple text-substitutions to be carried out at compile time. In this article we abuse the humble #define to implement if-statements and iteration. Before we begin, a disclaimer: these tricks, while perfectly valid C, should not be considered good development practice and should almost certainly not be used for "real work". That said it can totally be used for fun home-automation projects... The humble #define Most C programmers will be familiar with the common-or-garden #define preprocessor directive. #define VERSION 123 // ... later ... printf("Version: %d\n", VERSION); In this snippet we define a macro VERSION which the CPP will look for and replace with 123. cpp << EOF #define VERSION 123 // ... later ... printf("Version: %d\n", VERSION); EOF Which produces: This is actually the raw input that your compiler sees and compiles.
Home.Pi Reloaded - Home Automation with Ionic and MQTT - codecentric Blog : codecentric Blog 24/09/14 by Dennis Schulte 5 Comments Today I want to inform you about a new release of my home automation solution “Home.Pi”. The reason why I choose Ionic and MQTT is simple. To get it running just read the following instructions or go directly to Github for further and maybe updated instructions. 1. 2. 3. 4. 5. 5. 6. 7. As a next step you have to setup a device controller. Actually I am running the following controllers in my home: mqtt-exec (control switches with rc-switch) mqtt-zway (control thermostats and dimmers with Z-Wave) mqtt-temperature with Spark (not yet supported in the GUI) mqtt-google-calendar (schedule events with Google Calendar) Unfortenately there are only 3 device types supported at the moment (on_off, dimmer, thermostats). Example: id: The unique identifier of the device. type: The device type (supported values: on_off, dimmer, thermostat) name: The name of the device shown up in the GUI topic: The topic to subscribe to. value: Initial value Get a value Set a value
Objective Realities – Becoming an object in a smart home / @automato_farm Created by Automato, ‘Objective Realities’ is an installation and performance that explores the idea of how does it feel to be an object in a smart home. It includes a series of VR experiences that change the perspective from a human point of view to the one of an object, inviting users to see and act in a virtual smart home with the capabilities and limitations of a specific object and listen to the invisible chatter that happens between networked things and the home. As objects become smarter and connected, their roles in people’s lives are challenged. Things become closer and closer to us, eventually becoming “users” themselves. How will we understand objects’ needs and perspectives and potentially design for them? Objective Realities is designed to be a multi-player/object experience where people can switch to an object centric life and interact with each other in their object version of self in the same virtual home. Created using Unity and Google Cardboard VR.
Contiki: The Open Source Operating System for the Internet of Things Creating a Favicon Languages: English • 日本語 • (Add your language) A favicon (short for "favorite icon") is an icon associated with a website or webpage intended to be used when you bookmark the web page. Web browsers use them in the URL bar, on tabs, and elsewhere to help identify a website visually. Also, it is used as application icon of mobile device. A favicon is typically a graphic 16 x 16 pixels square and is saved as favicon.ico in the root directory of your server. You can use a favicon with any WordPress site on a web server that allows access to the root directories. WordPress Version 4.3 or later WordPress Version 4.3 implemented Site Icon feature that enables favicon in your web site. Follow the below steps to set favicon in your site. Prepare image file. Creating a Favicon A favicon can be created using any graphics/image editing software, such as GIMP, that allows the saving of .ico files. To prepare the image to be saved as favicon.ico: Installing a Favicon in WordPress
Gobot - Golang framework for robotics, drones, and the Internet of Things (IoT)