Mobile-based EHR Companion for ASHA Workers in Low-Internet Area

Abstract

Accredited Social Health Activists (ASHA) play a crucial role in delivering primary healthcare services in rural areas of India by connecting communities with government healthcare programs. They are responsible for monitoring maternal and child health, conducting surveys, tracking immunizations, distributing medicines, and reporting health data to Primary Health Centers (PHCs). However, most ASHA workers still depend on manual paper-based registers for maintaining health records, which leads to issues such as data loss, delayed reporting, duplication of records, and difficulty in tracking patient history. These challenges become even more significant in rural regions where internet connectivity is limited or unavailable. To address these issues, this project proposes a Mobile- Based Electronic Health Record (EHR) Companion Application specifically designed for ASHA workers. The application follows an offline-first approach, allowing health workers to register beneficiaries, maintain electronic health records, track maternal and child health activities, manage home visits, and record medical information even without an internet connection. The data is stored locally on the device and automatically synchronized with a central server when connectivity becomes available. The system includes modules for secure authentication, beneficiary registration, electronic health record management, maternal and child health monitoring, home visit tracking, emergency referrals, reminders, alerts, and reporting dashboards. It also supports multilingual interfaces to ensure ease of use for ASHA workers from different regions. Security measures such as data encryption and role-based access control ensure privacy and protection of sensitive health information. The proposed application is developed using modern Android technologies including Kotlin, MVVM architecture, Room database for offline storage, and WorkManager for background synchronization. By digitizing health data collection and simplifying reporting processes, the system reduces the workload of ASHA workers, improves accuracy in healthcare records, and enables timely decision-making for healthcare authorities. Overall, the Mobile-Based EHR Companion for ASHA Workers aims to strengthen grassroots healthcare delivery by providing an efficient, reliable, and scalable digital solution that supports real-time health monitoring and improves healthcare outcomes in rural communities.

Introduction

Accredited Social Health Activists (ASHAs) play a crucial role in connecting rural communities with India’s healthcare system by monitoring maternal and child health, promoting disease awareness, tracking immunizations, distributing medicines, and reporting health data. However, reliance on manual paper-based records leads to challenges like data loss, duplication, delayed reporting, and difficulty in tracking beneficiaries, especially in low-connectivity rural areas.

The proposed Mobile-Based Electronic Health Record (EHR) Companion Application addresses these challenges with an offline-first mobile solution. Key features include:

• Beneficiary Registration: Record personal details and assign unique IDs offline.

• EHR Management: Maintain comprehensive health records including diagnoses, medications, lab reports, and visit history.

• Maternal & Child Health Monitoring: Track ANC visits, immunizations, nutritional supplements, growth, and high-risk cases.

• Home Visits & Surveys: Log visits, surveys, and optionally track GPS locations.

• Reminders & Alerts: Offline notifications for upcoming visits, medicine schedules, and follow-ups.

• Emergency Referrals: Auto-filled referral forms with SMS notifications to health facilities.

• Offline Storage & Sync: Local SQLite database storage with automatic synchronization to a central server when internet is available.

• Reports & Dashboard: Generate visual reports and key metrics for ASHA performance and healthcare management.

The system leverages mobile technology to reduce dependency on paper records, improve data accuracy, enable real-time monitoring, and support timely healthcare interventions. Literature shows that digital health tools and mHealth applications improve ASHAs’ efficiency, data reliability, and decision-making, ultimately strengthening rural healthcare delivery.

This solution ensures ASHAs can continue effective community healthcare management even in areas with limited connectivity while providing supervisors and authorities with actionable insights.

Conclusion

The Mobile-Based EHR Companion for ASHA Workers offers a practical and efficient solution to the challenges faced by frontline healthcare workers in rural India. By replacing traditional paper-based registers with a secure, offline-first mobile application, the system significantly reduces data loss, duplication, and delayed reporting. The application enables ASHA workers to register beneficiaries, maintain comprehensive electronic health records, track maternal and child health activities, manage home visits, send reminders, and handle emergency referrals effectively, even in low- connectivity areas. The integration of offline storage, automatic synchronization, multilingual support, and role-based access ensures that the system is both user-friendly and compliant with healthcare data security standards. Supervisors and health authorities benefit from real-time reports and dashboards, which enhance monitoring, decision-making, and resource allocation at the grassroots level. Overall, this project demonstrates that mobile health solutions can empower ASHA workers, improve healthcare delivery, and contribute to better health outcomes in rural communities. By leveraging modern Android technologies and a robust system architecture, the application provides a scalable and sustainable approach to digital health management, supporting India’s mission to strengthen primary healthcare services.

References

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Copyright

Copyright © 2026 Prof. Ms. Priyanka Ashok Nandagawali, Mr. Tejas Hareshwar Mehar, Mr. Pranit Dinesh Girsawale, Mr. Aayush Amarkumar Thakur, Mr. Pranay Udelal Lilhare, Mr. Rohan Sanjay Rele. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.