This component allows developers to add barcode-scanning functionality into their applications.

The EasyQRCodeReader provides an easy and straightforward interface to read and decode a QR Code. This component is built based on part of the ZXing open source library project.

T-Labs Mobile Sensing Framework for Android

Build an iPhone App that Uses Bluetooth to Create a Peer to Peer Connection for Player Versus Player Games

PAARC is a library that enables Windows Phone 7 devices to be used as remote control or input devices for any.

The state-of-the-art barcode scanning technology was created specifically to deal with non-autofocus cameras and continues to evolve with innovative mobile visual capabilities.

Immersion is all about haptic (or tactile) feedback. The MOTIV platform provides tools for developers to easily integrate touch effects into Android Apps.

Equip your app with best-in-class barcode scanning using Scandit. Available for all major mobile platforms, it's fast, reliable and for apps that display Scandit advertising, it's free.

The i-nigma SDK was designed for developers who wish to add quality barcode reading into their mobile applications, utilizing mobile phones with a built in camera.

Our Dragon Mobile SDK is easy-to-integrate and accessible to anyone interested in enhancing their applications with speech input and text-to-speech output.

The BodyMedia FIT Data API allows data from our Activity Manager to be used in third party products, applications, and services.

A plumb-bob or a plummet is a weight with a pointed tip on the bottom that is suspended from a string and used as a vertical reference line.

Mobile Altimeter allows you to track your altitude.

This is an unofficial app to allow you to control any modern Samsung TV's over WiFi with your Windows Phone. As long as your phone is on the same network as your TV, you can do anything a TV remote...

Plug in Samsung Sensor Simulator for the Eclipse IDE.

Add high quality product info to your app.

Bubble Level is a simple Silverlight example demonstrating the use of accelerometer sensors to calculate the inclination of the device and present it as a traditional bubble level.