Another smartphone app developed to aid those who are visually impaired is called EyeNote, which is free to download from the App Store, and was developed by the United States Bureau of Engraving and Printing. This app was designed to assist blind and visually impaired individuals with recognition and identification of Federal Reserve paper currency. The user simply snaps a photo of the money in question with their iPhone's camera, and EyeNote verbally relays what the note is to the user. This app can identify partially visible currency (ie: a bill being held in someone's hand), inform the user whether the front or the back of the bill is facing upwards (for use in vending machine situations), and can relay information in English and Spanish. EyeNote does not require a data connection to run, nor does it require a phone camera that has flash capabilities, and it has a 2-4 second information response time. (http://www.eyenote.gov)
Smartphones have become a critical element in healthcare in third world countries. While many people in these countries do not have access to a laptop or desktop computer, they do have smartphones, which has made these devices instrumental to the operation of their daily lives. Similarly, smartphones are a key resource to non-native healthcare workers doing outreach in these countries. The company eHealth Africa, for example, developed an app for Android phones that allowed medical caseworkers to track individuals who'd come into contact with Ebola patients. By utilizing technology to make this information more widely accessible, eHealth Africa's app was able to cut the reporting time for new Ebola cases by 75%. (Gable, 2015)
Another way that smartphones aid healthcare in third world countries is via SMS messaging to remind patients to take their medications. The app SIMpill was first developed for use in 2007 as a way to ensure that tuberculosis patients took their medicine. The results of the first trial of the app showed that 90% of TB patients followed through with taking their medication, versus the 22-60% of people who followed through without reminders from the app. SIMpill operates via a prescription bottle with an embedded phone chip. This chip communicates to users when it's time to take their medication (via the input of their medication schedule into the chip) and also alerts users if they are about to take too much medication. The SIMpill bottle is tamper-proof and stores all patient interactions with it, only alerting the patient if they have missed a dose of medication. (Saran, 2009)
Wally, M. (2015, June 25). Fortune. The Seeing iPhone is Here with Apps for the Visually Impaired. Retrieved November 16, 2016, from http://fortune.com/2015/06/25/apps-for-blind-community/
Pan, J. (2012, June 1). Mashable. BlindSquare: App Uses Foursquare Data to Help the Blind Navigate Streets. Retrieved November 16, 2016, from http://mashable.com/2012/06/01/blindsquare-app/#m5LSCrq8Pkqz
(n.d.). EyeNote App Overview. Retrieved November 16, 2016, from http://www.eyenote.gov
Gable, E. (2015, February 5). Developing Countries Lead the Way in Mobile Health Technologies. Retrieved November 16, 2016, from http://healthmarketinnovations.org/blog/developing-countries-lead-way-mobile-health-technologies
Saran, C. (2009, March ). Computer Weekly. How Mobile Phones Support Healthcare in the Developing World. Retrieved November 16, 2016, from http://www.computerweekly.com/feature/How-mobile-phones-support-healthcare-in-the-developing-world