An Efficient Storage Solution for Healthcare Management Systems Using Cloud

E –Healthcare is a blooming field in the intersection of communal health and business, relating to health amenity and information. This has been used to store medical records and other personal information on the patient's medical history and recovery. This has been a reason for the development of a new relationship between the patients and the doctors, enabling information exchange through online portals. Though E – healthcare and Healthcare records have been very useful in maintaining patient history, there are a few things that are still under developed. Over the past several years, there has been a dramatic trend toward the use of electronic health records (EHRs) in cloud environments, where many devices are synced with cloud computing to improve the sharing of patient information. However, concerns concerning data privacy and security have been raised in light of this recent shift in the environment. We came up with an EHR sharing framework that combines block chain and decentralized interplanetary system (IFPS) with an application that can be used in any application. We present a model that provides a practical solution for reliable data exchange being turned on cloud with protecting the sensitive information provided by the user The patients can also upload their PHIs (Private health information statistics) to the cloud for later reviews. This paper deals with an application that is very useful for maintaining the healthcare records of patients and their doctors and other necessary information using cloud. Today, most the data are stored in cloud. The data may vary from normal data to very personal and sensitive data like healthcare records of a patient. In the proposed system, a sanitizer is used to summarize blocks of data corresponding to sensitive file details. The proposed system is based on Identity based cryptography, which simplifies complex certificate management. The proposed system is based on the pseudorandom function and BLS signature.