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This article deals with how telemedicine was used following the earthquake that occurred in Haiti in order to provide medical care to patents and individuals. The stakeholders in this scenario include the patients and doctors in Haiti and the doctors/hospitals in the U.S. They are able to use satellite technology and wireless internet, in order to bridge the gap between both areas and provide people with access to medical care. Satellite technology is used to communicate between doctors in the U.S with clinics in Haiti. This provides real time service to patients, where the doctor is providing a consultation and diagnosis immediately to the patient. This technology also allows doctors in the U.S to perform surgeries since the satellite technology is able to support telemedicine because it provides a high amount of bandwidth. Additionally, in Haiti they are using high speed wireless internet throughout certain regions. The radio system is used in extreme cases where more advanced technology is not available, but still allows doctors from two areas to communicate with one another. Images and messages during consultations are sent through a secured network, so the data of the patients is kept private. Obvious benefits of using this technology include that people are able to get access to medical care and this decreases the digital divide and globalization. This is because people are able to get more care and consultation through using this IT technology, which would not have been available without telemedicine. However, some issues still arise despite these benefits in medical care. This includes the security of information and privacy of the patients. In this case, the article states that the internet messages are secured so that there is not privacy breach. This must be done using encryption technology so that people are not discouraged from using telemedicine and so that no private patient information is leaked or seen by unwanted users.

This is similar to the video we watched in class a while ago. This tells me of a doctor who is helping people who are out of reach. This indicates how tele-medicine decreases the cost for patients to gain medical help. There are very few large hospitals spread over Argentina. Tele-medicine also allows hospitals to communicate with smaller clinics. The clinics can send the hospitals the symptoms of their patients. Then they can diagnose the patient and send over the results. The patients and doctors in this situation would be the stakeholders. This would be solving the social and ethical issue known as the digital divide and equality of access. By using tele-medicine doctors can access almost anyone, this cuts the problem of cost as well. This allows anyone to have access to a doctor. As said in the article "even patients in rural areas can have access to the best medical care, without the expense of traveling". This shows that even people who cannot afford to travel long distances to get the doctor. This also allows people who need the help of a specialist to use telecommunications to contact the specialist from their local doctor. However, as said in the article, the hardware needed would need to support audio, and visual components. By having visual aids, the doctors can look at the patients physical health and possibly diagnose them. The audio aids would help the doctors talk to the patients to allow them to figure out what's wrong with them. I think the best thing to use would be a webcam. This supports audio and visual aid.

The article starts with a general overview of telemedicine and its roots in NASA. Then, the article switches the focus to the implementation of telemedicine in Haiti. The establishment of networks in Haiti immediately benefited the effort to recover. Communication came immediately, but telemedicine found its way into Haiti and held a crucial role in recovery. Video sessions became common, allowing simpler analysis of data and training of doctors.

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