NFC Applications For Everyday Life

 

Location

Boston, USA

Sponsor

Video

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Fast Facts

Active Dates

November, 2007 - April, 2008

Team

Agnes Chang
David Boardman
Federico Casalegno

Abstract

Near-Field Communication (NFC) is a wireless communication technology which allows devices to exchange data over distances of approximately ten centimeters. Currently used in contexts such as mobile payment or convenient public transportation ticketing, the true potential of the technology has until now remained unexplored. The Mobile Experience Lab has imagined a number of future usage scenarios for NFC technology, centered around the needs of a college student on campus.

Design Process

Near-Field Communication (NFC), can allow devices to seamlessly and intuitively communicate with one another, enabling a pleasant and convenient user experience. To explore the potential of this technology, the MIT Mobile Experience Lab in collaboration with Nokia researched current NFC initiatives and tried to imagine how to further incorporate NFC into the everyday life of an average user.

Using the example of a college student, the lab identified a number of potential usage categories: Ubiquitous information, Health/Safety, Networking, eMoney, Smart Mobility, Entertainment, and Smart Objects. As an example of how NFC technology could enable ubiquitous information, the lab imagined a virtual tour guide consisting of physical tags near items of interest, such as landmarks. Users could tap their NFC-enabled mobile device on the tag to get more information about the item, the next items on the tour, and other nearby places of interest, such as restaurants.

Under the category of Health, NFC-enable devices could allow a person to record workout data and monitor calorie consumption when ordering food from smart menus. The device could then use this information to make diet suggestions, keep track of health appointments, and keep the person on track while they are at the gym. NFC technology enables many more exciting ideas which are explored further in the project's white paper.