Doctor Robo - Business Specifications

Deep Need Statement: Healthcare accessibility is low in developing countries due to manpower issues, logistical issues and the lack of infrastructure. We need to improve the accessibility and affordability of healthcare in these communities. Manpower Issues: Brain Drain causes the lack of talent in developing countries to effectively maintain accessible healthcare facilities. Logistical Issues: The lack of Accessibility to Pharmacies and medical drug stores impedes the distribution of medication. Infrastructure Issues: The need to build clinic and have one or two doctors to manage the clinic is stretching the limits of manpower and resources.

Doctor Robo Specifications

Environmental Sensors: Usage of Bosch XDK (Dr. Robo v1.0) and Usage of Temperature and Humidity Sensors (Dr. Robo v2.0). This allows the doctors to have real time environmental variables such as Humidity and Temperature (as well as Noise Level on Bosch XDK), of the environment that Dr. Robo was deployed in. SPEEEduino & Dispensers: SPEEEduino is an IoT-enabled Arduino Board connected to the cloud where it receives instructions to operate 3 dispensers (to dispense medication) based on the instructions given to the cloud via the Doctor’s Application. Doctor’s Application: The doctor’s application is an android application developed in Android Studio that controls the SPEEEduino as well as to check inventory levels and user prescription history. Patient’s or Kiosk’s Application: The patient’s application is an android application developed in Android Studio to allow patients to seek remote consultation with a doctor and to make payment for medication. Amazon IoT Button: The IoT button connects with AWS IoT along with AWS Lambda and the AWS SNS Service to send a message to the cloud (database) to allow the ambulance listener to send a distress message to a nearby hospital along with the location.

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