Health Diagnosis System using Internet of Things(IOT), BR and AES Algorithm

Health plays an important part in one’s life, a good health leads a good life. The generation we are living in has offered many easy techniques to make our life more comfortable and lavish but, on the other hand it has made us blind on maintaining a proper health. The youth and the old generation are careless regarding regular medical check-ups. A proper monitored health leads us to be less prone to life threatening diseases. The project Health Diagnosis System overcomes this serial problem by helping today’s generation to monitor their health regularly. It keeps in focus the elderly citizen and disabled patient. In this project, various parameters of the patient are monitored using internet of things. The real time parameters of patient’s health are sent to cloud using internet connectivity. By using IoT, the cloud storage is more reliable and does have minimal chances of data loss. It comes up with sensors that measures temperature, blood pressure and heartbeat of the patient. The Arduino used in the project continuously reads the input from the sensor and stores the data on cloud which is then accessible by the respective patient. The Arduino is coded using Python language. The input data from the sensor is stored and retrieved from cloud using BR and AES algorithm. These algorithms provide more security and file gets easily encrypted and decrypted. BR algorithm comes up with two techniques. One is random key generation and other is parallel encryption and decryption of file. The more popular and widely adopted symmetric encryption algorithm likely to be encountered nowadays is the Advanced Encryption Standard. The result of the diagnosis is accessed by the user through cloud which is displayed on mobile screen or any other display screens. The project functions by sensing the temperature and heartbeat of the users and uploads the data on the cloud which is later easily accessed and viewed by the respective patient.