A secured way of keeping medical data efficiently using web farm In the perspective of Bangladesh

Abstract

Bangladesh is a fast developing country and aims to enter the list of developed countries by 2030. With that aim, there are remarkable technological advancements taking place in all sectors, but information technology in the medical sector is really lagging behind. In this new era of technology, the healthcare system needs to keep up with the constantly changing world. Our existing medical sector is still keeping important and confidential medical records in hard copies, which sometimes is a big hassle for both doctors as well as patients. The people are still indifferent about the confidentiality of their personal data. So, we want to propose an efficient model of Electronic Health Records (EHR), especially for Bangladesh using the concept of a web farm consisting two separate private and public cloud servers, with secured authentication features like kerberos, OTP authorization system, AES encryption, user friendly UI, and cost effective measures. Already, a few models of EHR are implemented around the world, and some others are being proposed too. However, most of them are not applicable to the Bangladeshi scenario because of unfriendly environments such as lack of awareness, slow internet speed, lack of technical knowledge of the people, and the scope of corruption. The model proposed here is able to overcome those deficiencies to meet the requirements that accept the challenges and adapt to the environment of this country.

Description

Cataloged from PDF version of thesis.
Includes bibliographical references (pages 43-45).
This thesis is submitted in partial fulfillment of the requirements for the degree of Bachelor of Science in Computer Science and Engineering, 2022.

Keywords

Data Security, Authentication, EHR, AES, Encryption, Decryption, Cloud server, Authorization, Web Farm

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