Abstract: The proposed web application is designed to provide a platform for patients and doctors to interact efficiently and effectively. The patient panel includes several features that enable patients to manage their medical data, book hospital appointments related to their health issues, read blogs on their diseases, purchase online medicines through the pharmacy, and use QR codes to access their medical information. The doctor panel, on the other hand, enables doctors to manage their appointments with patients, retrieve patient data through QR code scanning, and check the contents of medicines prescribed to patients. The application is built on modern web development frameworks such as ReactJS, NodeJS, and MongoDB, which provide a secure and scalable environment for data management. The proposed methodology includes a development process that incorporates rigorous testing and quality control to ensure that the application meets the highest standards of usability and security. The technology stack includes modern web development frameworks that offer the flexibility and scalability necessary to accommodate future expansion and growth. The potential results and outputs of the proposed web application are significant. By enabling patients to manage their medical data and access healthcare services online, the application can enhance patient engagement and satisfaction. Doctors can also benefit from the application by managing their appointments and accessing patient data quickly and efficiently. The web application has the potential to reduce healthcare costs by enabling patients to access healthcare services remotely, reducing the need for physical consultations. The application can also improve patient outcomes by providing patients with easy access to healthcare services, enabling them to manage their health more effectively.

Keywords: QR code, Health Card, Encryption, Cryptography, Decryption.

PDF | DOI: 10.17148/IJARCCE.2023.12425

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