configure iphone for wifi arduino manager

#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER HOW TO#
#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER FULL#
#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER CODE#
#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER BLUETOOTH#

(A ‘shield’ is a pre-made electronics board that adds extra functionality to your Arduino setup.)

#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER BLUETOOTH#

Michael Kroll is on the verge of shipping a Kickstarter-funded Bluetooth LE shield for the Arduino Uno board, which will enable iOS devices to talk directly to Arduino via Bluetooth LE. The bad news is that there isn’t (currently) a way to add Bluetooth LE support to Arduino.

Unlike traditional Bluetooth, there are no limitations on how Bluetooth LE can be used on iOS. Apps on recent Apple devices can use the Apple-provided Core Bluetooth framework to talk directly to the Bluetooth LE chip in the device. The good news is that Apple added Bluetooth LE support to its iOS device range starting with the iPhone 4S. It’s ideal for sensors that need to send small amounts of data quickly without using too much power – in other words, it’s exactly what we need. So unfortunately, Bluetooth isn’t an option if we’re using iOS.Īnother option we investigated was Bluetooth LE (where ‘LE’ stands for ‘Low Energy’.) This is a newer variant of Bluetooth, designed specifically for low-power, low-bandwidth communications. However, Apple doesn’t allow iOS developers to access the iPhone’s Bluetooth chip directly – at least, not without jailbreaking the iPhone, which we’re trying to avoid. Bluetooth is great for short-range wireless communication, and there are plenty of options for adding Bluetooth to the Arduino side of the project. The first and most obvious approach we tried was Bluetooth.

It’s fair to say that some approaches have been more successful than others. We’ve investigated several options for this, inspired by Alasdair Allan’s excellent iOS Sensor Apps with Arduino book (which is essential reading for this kind of project). To achieve this, we need to transmit the data wirelessly from Arduino to iPhone. The iPhone then processes the data, and tells an interactive audio story (via bluetooth headphones) based on the book’s movement. This LilyPad board reads data from sensors (including an accelerometer) embedded in the book, and transmits this data wirelessly to an iPhone. Wireless communication optionsįor the final version of PleaseReadMe, Alyson is hiding an Arduino LilyPad board inside a book.

#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER HOW TO#

This post shares what I’ve discovered about iOS wireless options describes how to get the Arduino and iOS worlds talking and introduces some useful tricks to speed up development.

#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER FULL#

While writing this plumbing code, I realised it would be handy to have a way to test the project (and particularly its storytelling) without needing the full Arduino setup in place.

#CONFIGURE IPHONE FOR WIFI ARDUINO MANAGER CODE#

The data received by the iPhone will then be processed by Mo Ramezanpoor (the third member of the PleaseReadMe team), who is writing some code to detect the 3D gestures made when people interact with the book. To make the book feel magical, this communication needs to happen over a hidden wireless connection. My role is to enable an iPhone to receive data from some Arduino sensors hidden inside a book. I’ve been helping out with the communications plumbing of Alyson’s PleaseReadMe book project. In this first post, Dave explains how to get an iPhone connected to LilyPad Arduino over a wireless connection. I’ve asked fellow PleaseReadMe collaborators Dave Addey and Mo Ramezanpoor to talk about and share what they learn in the process of making a talking, gesture-responsive book.

Configure iphone for wifi arduino manager