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WiFi Weather Station Make a WiFi-connected weather station using Arduino & the CC3000 WiFi chip! by  M. Schwartz As open-source hardware users and makers, we love playing with new chips, boards and tools. And there is one chip which is quite popular these days: the  CC3000 WiFi chip from TI . This all-in-one module has low-power WiFi and a microcontroller-friendly interface. It has been featured in many articles around the web, and the Adafruit's CC3000 breakout board really makes it easy to integrate this module in any Arduino project. In this tutorial, you will learn how to use this chip for home automation purposes. And in particular, we are going to see how to use this chip to build a simple WiFi-connected weather station. The station will measure two variables: temperature and humidity. But we won’t display the information on an LCD screen, like a weather station you could buy in a store. No, instead, we will transmit the data wirelessly via WiFi...

A REST API for Arduino & the CC3000 WiFi Chip Stop reinventing the wheel and control your Arduino board using RESTful calls! Overview by  M. Schwartz I was recently playing with the Arduino Yun for a whole set of new projects, and I discovered that Arduino was providing an official REST API for the Arduino Yun, in the form of an Arduino sketch. And after using it for a while, I thought about a new idea: what not do the same for the Arduino platform in general? But first, let see what a REST API really is. It’s actually a concept that is widely used by many web applications like SaaS (Software as a Service).  REST  stands for  RE presentational  S tate  T ransfer, and is a communication architecture that was created back in 2000. It defines many constraints that the architecture has to follow, the most important features being: A client/server communication: a client sends a request to a server, and the server answers accord...

By  ahmedazouz http://www.ahmedazouz.com Follow More "Circuito" is a DIY controlling pad. It is a Supplementary project for my previous  Robotic Arm project . The Controlling Pad is a computer controlled mechanical constructions that help to move and manage any robotic arm depend on servo motors. It can be considered kinetic control pad in their own right, but they also can control any other Arduino device. Tip Question Comment Step 1: Scenario Circuito is based on Arduino Due. It makes use for any of Robotic Arm or any Project based on Servo motors easy, of course after programming of visual patches in the Arduino programming language. One potentiometer, One joystick and three switch inputs are available to modify predefined parameters. Also toggle switch can be used to further control the software or to switch on and off the lights, manual control using potentiometer to control the acceleration of servo motors, audio reactivity ...