International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 04 | April 2025
p-ISSN: 2395-0072
www.irjet.net
CLOUD-BASED PATIENT RECORD MANAGEMENT SYSTEM FOR RURAL CLINICS: A SCALABLE AND OFFLINE CAPABLE SOLUTION MUSUNURI SIDDHARTHA ESWAR B.TECH COMPUTER SCIENCE AND ENGINEERING HINDUSTAN INSTITUTE OF TECHNOLOGY & SCIENCE, CHENNAI, INDIA ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - In many rural and underdeveloped areas,
remains a significant barrier in these regions, limiting the effectiveness of cloud solutions.
managing patient health records is difficult due to poor infrastructure, lack of trained staff, and unreliable internet. This paper presents a scalable, cloud-based patient record management system tailored for rural clinics. It enables secure, centralized storage and retrieval of electronic medical records (EMRs), ensuring data access and continuity of care even in remote regions. A key feature is its offline-first design, which supports local data entry during network outages and syncs with the cloud once connectivity is restored. The system uses Firebase for cloud backend and Flutter for cross-platform mobile access, providing a lightweight and user-friendly interface. Security is ensured through authentication protocols and data encryption. This model improves record-keeping, diagnosis tracking, and overall patient care in rural healthcare settings. This paper also discusses implementation steps, performance under low-bandwidth conditions, and the social and technical advantages for rural communities.
1.2 Proposed Cloud-Based Solution This paper proposes a cloud-based patient record management system specifically designed for rural clinics. It features offline-first capabilities, allowing the system to function even during internet disruptions. Data entered offline is automatically synced with the cloud once connectivity is restored, ensuring uninterrupted access to critical patient information. The system is built using Firebase for cloud storage, user authentication, and realtime data synchronization. It also includes a crossplatform mobile interface developed with Flutter, enabling ease of use for healthcare workers. This paper explores the system’s architecture, implementation, and its potential to enhance healthcare outcomes in underserved communities.
2. METHODOLOGY/IMPLEMENTATION
Key Words: Cloud Computing, Electronic Medical Records, Rural Clinics, Firebase, Offline-first Architecture, Healthcare IT.
Managing patient records in rural healthcare remains challenging due to manual processes, limited infrastructure, and unreliable internet. Studies stress the need to shift from paper-based systems to digital platforms for better healthcare delivery. Kumar et al. (2019) found that Electronic Medical Records (EMRs) improved documentation accuracy and data access in low-resource settings but faced hurdles due to poor internet and power availability. Ahmed and Singh (2020) proposed cloudbased storage to enhance data availability and reduce infrastructure costs, though their model relied on stable internet often lacking in remote areas. To overcome this, Sharma et al. (2021) introduced an offline-first mobile architecture with local storage that syncs with the cloud once connectivity is restored. Their approach showed reduced data loss and improved healthcare worker efficiency.
1.INTRODUCTION In rural areas across the world, particularly in developing countries, access to quality healthcare remains a major challenge. One critical issue is the lack of a reliable system to maintain and manage patient medical records. Traditional paper-based systems are prone to loss, errors, and inefficiencies that negatively impact patient diagnosis and treatment. Additionally, rural clinics often lack the trained personnel and infrastructure necessary for digital record-keeping.
1.1 The Role of Cloud Computing in Rural Healthcare Cloud computing offers a transformative opportunity to address these challenges by providing centralized, secure, and scalable solutions for managing electronic medical records (EMRs). With cloud-based systems, healthcare providers can access patient data from any location, significantly improving the quality of healthcare delivery in rural settings. However, consistent internet connectivity
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