Tips And Guide

Today Apple announced the iPhone 5s with a fingerprint sensor dubbed Touch ID. Touch ID allows users to unlock their iPhone and purchase iTunes content using just their fingerprint. The Touch ID sensor is located under the home button. This feature allows all users to secure their iPhone without typing in a passcode each and every time. This will encourage more users to secure their phone and decrease frustration when they enter the passcode incorrectly.

While the new Touch ID sensor is not exclusively an accessibility feature it will have large implications for some disabled users. Blind and visually impaired users will be one group to benefit greatly. These users use the built in VoiceOver screen reader to navigate the iPhone. Without being able to see the screen typing in even a simple four digit passcode with VoiceOver may be time consuming compared to a sighted user typing in the same passcode. (Dont take this the wrong way, VoiceOver is a fantastic feature that gives blind and visually impaired users access to their devices. It just takes longer to enter information). With the new Touch ID sensor VoiceOver users will be able to almost instantly unlock their iPhone just as quickly as any other sighted user.

The Touch ID sensor will also benefit people with cognitive disabilities who are unable to remember a passcode, but still need to protect their device. People with cognitive disabilities can benefit greatly from various iPhone apps, but may not be able to remember a passcode to protect their device. Now with the Touch ID sensor cognitively impaired users can easily unlock their iPhone with their finger.  It eliminates the fear and possibility of forgetting your passcode.

The iPhone 5s will also include iOS 7 which includes new accessibility features. Click here to learn more about iOS 7 accessibility. Click read more below to view videos about the iPhone 5s.

Googles futuristic modular smart phone has the potential to dramatically change how we think of electronics. The still unreleased phone call Project Ara has a interior metal structure with slots for different components to connect. For example, modular components could house a camera, battery, touch screen display, or speaker. These components snap into place making a relatively standard looking smartphone. Consumers could purchase components and assemble them to make a personalized smartphone. The phone allows consumers to exchange a component for extra battery power or a more powerful camera depending on the situation.

With such customizable hardware, the Ara phone could adapt to fit the needs of people with various disabilities. If users have a hearing impairment they could add a louder speaker component. Conversely, if a user is deaf there is no need to waste space with a speaker when the space could be used for something more useful. The possibilities are almost limitless. A blind user could possibly opt not to have a touch screen display in favor of a refreshable Braille display. Users with dexterity challenges could add a tactile keyboard.

While Project Ara sounds promising for people with disabilities, the implementation is key. Will third party hardware developers make specialized components for people with disabilities at an affordable price? Can Google successfully configure Android to work properly with any assistive add ons third parties make?  Project Ara phones wont be available for for many months, but the project offers some exciting possibilities.