ENHANCING SECURITY AND PRIVACY IN IOT CLOUD BASED HEALTHCARE SYSTEM

Computer Science Engineering

one of humanity's greatest difficulties is health. In the recent decade, healthcare has gotten a lot of attention. Not just for sensory equipment, but also for communication, recording, and display equipment, technology plays a significant role in healthcare. It is critical to keep track of numerous medical markers as well as the post-operative days. As a result, the most recent trend in healthcare communication methods utilizing the Internet of Things (IoT) has been adopted. Due to its superior technology, the patient monitoring system has recently become one of the most significant advancements. At this time, a modern strategy is required. The underlying issue with the old technique is that in severe cases, health care experts must be present at the patient's location at all times to check symptoms on a frequent basis. To overcome this issue, health professionals must design a dependable patient monitoring system that allows them to monitor their patients remotely. The project is a wireless health monitoring system based on mobile devices that may deliver real-time online information on a patient's physical status. The Raspberry Pi is employed as an important element of the processing in this project, as are sensors like as temperature, pulse/heart rate, and PIR. These sensors are wired to an Arduino board, and reads the sensor readings and sends them to the Raspberry Pi through serial connection. The sensor data is now saved in a file on the Pi, which is then transferred to the cloud over the Internet. Finally, this uploaded data is retrieved through the user app. The same data is then transferred to the patient and doctor via Firebase to further improve treatment by obtaining patient information in a timely manner.

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