Accessibility and Quality of Public Healthcare Services in Rural and Underserved Areas of Maharashtra SIH26133 1. IN TRODUCTION Public healthcare in rural and underserved areas faces major challenges in accessibility and quality of care. People often have to travel long distances to reach healthcare facilities and may face shortages of doctors and specialists, limited diagnostic se rvices, delayed referrals, poor connectivity and inadequate follow - up care. These difficulties can delay timely diagnosis and treatment, especially for patients in remote and vulnerable communities. The problem is therefore not only the availability of healthcare services, but also whether people can access the right healthcare service at the right time. Difficulties in finding suitable facilities, consulting the required specialists, accessing diagno stic services and maintaining continuity of care can further increase these gaps. Addressing these challenges requires a connected and accessible approach to healthcare delivery that can support patients throughout their healthcare journey. 2. METHODOLOGY This study was conducted by reviewing available information on rural healthcare accessibility and quality in Maharashtra. The study used research literature, government reports, High Court - related reports, and recent media reports covering healthcare incid ents from 2024 – 2026. The collected information was reviewed to identify recurring challenges related to healthcare access, infrastructure, staffing, road connectivity, emergency care, referrals, diagnostics, and continuity of care. These findings were then used to identify the major problems and define the requirements for the proposed digital healthcare solution. DATA COLLECTION Research Papers + Government Reports + Court Reports + Media Reports DATA REVIEW Healthcare incidents & infrastructure information PROBLEM IDENTIFICATION • Travel • Staff • Diagnostics • Referrals • Emergency • Connectivity SOLUTION MAPPING •Triage • Teleconsultation • Records • Referrals • Diagnostics • Follow - up 3. CASE STUDIES: RECENT INCIDENTS (2025 - 2026) Case 1 : Melghat, Amravati District — Ongoing Infant Malnutrition Melghat, home to the korku tribal community across 324 villages, has faced serious malnutrition and poor healthcare access for decades. Between June and November 2025, 65 infants died of malnutrition, while over 220 children suffered from Severe Acute Malnutrition (SAM). The Bombay High Court critic ised the government’s response as “extremely casual” and noted that a 2001 order for a multi - specialty hospital was still unimplemented. Source: PTI/The Print, Nov 12, 2025; India TV News, Nov 13, 2025; Vajiram & Ravi, Nov 25, 2025; News on Air, Jan 20, 2026; Deccan Herald, Apr 14, 2026 Case 2 : Gadchiroli District — Woman Walks 6 km Through Forest, Dies In January 2026, a pregnant woman from Aaldandi Tola,Gadchiroli , reportedly walked about 6 km through jungle paths because her village lacked road connectivity and delivery facilities. She later went into labour, but the baby had already died in the womb, and the mother also died after her blood pressure rose sharply. The incident highlighted the serious healthcare and road - access problems in remote tribal areas. District health officials said the woman had been registered under ASHA worker supervision, but that the physical exertion of the walk likely triggered the fa tal complications. Source: Sabrang India, January 2026 report citing Gadchiroli District Health Officer. 4. RURAL HEALTH CARE IN MAHARASHTRA – CURRENT STATUS Care/facility Shortage under Health Dept. Shortage in Women’s Hospitals Doctors 22% 23% Nurses 35% 19 % Paramedical staff 29% 16% Specialties doctors 42%(combined) - Staff vacancy levels flagged in the CAG audit report (FY 2023 - 24). • Overall shortage across the Health Department and the Medical Education & Drugs Department combined: 27% doctors, 35% nurses, 31% paramedics. • 70% of planned new healthcare facility construction, and 90% of planned facility - upgrade work, remained incomplete against the state’s own master plan. • Over 200 newly built PHCs across Maharashtra stood locked and unused as of May 2025, because funds had not been released for staff salaries, furniture or electricity connections Source: Deccan Herald, “Shortage of manpower at every level of health care institutions in Maharashtra: CAG report,” Dec 21, 2024; Deccan Herald, “Lack of funds for resources keeps more than 200 newly built health centres locked in Maharashtra,” May 18, 20 25 5. MEDIA COVERAGE REFERENCED IN THIS REPORT The incidents and data above are drawn from the following news reports and official sources, all published or updated between December 2024 and April 2026. Full articles should be reviewed directly for use as annexures/citations in the hackathon submission • Aaj Tak — Gaganbawada, Kolhapur delivery - in - ambulance report (Aug 20, 2025). • Free Press Journal — Manor, Palghar maternal death report (Oct 8, 2025). • PTI/The Print, India TV News, Vajiram & Ravi, RICE IAS — Melghat malnutrition/Bombay HC coverage (Nov – Dec 2025). • News on Air — Bombay HC road - map directive on Melghat (Jan 20, 2026). • Sabrang India — Gadchiroli maternal death report (Jan 2026). • Navbharat Live — Chandrapur ambulance - delay maternal death report 6. MAJOR PROBLEMS Long - distance travel for healthcare, Shortage of specialist doctor, Limited access to diagnostics ,Scattered patient records , Delayed referrals ,Low awareness of healthcare services ,Shortage of staff and equipment, Poor continuity of patient information ,Poor internet connectivity ,Language barriers , Low health literacy ,Difficulty in emergency support , Lack of proper patient prioritization , Difficult appointment and waiting process ,Poor follow - up of high - risk patients ,Poor maternal, child & chronic care ,Unclear medicine availability ,Poor monitoring of healthcare facilities. 7. OUR PROPOSED SOLUTION FOR THIS PROBLEM STATEMENT i. Digital Triage The patient or healthcare worker will enter the patient’s symptoms, age and basic normal, urgent or emergency, so the patient can be handled according to priority ii. Assisted Teleconsultation Doctors will log in to the platform and set their available consultation time slots. Patients can view these slots and book an appointment with the required specialist. At the scheduled time, the patient can consult the doctor through video/audio with th e help of a healthcare worker at the rural facility. iii. Longitudinal Patient Records Every patient will have a digital health profile containing their medical history. Doctors and authorized healthcare workers can update and view previous visits,prescriptions , test reports and treatments, so the patient’s history remains available over time. iv. Referral Tracking When a patient needs treatment at another hospital, the healthcare worker will create a digital referral through the system. The referral status can then be tracked from referral created → patient reached → treatment completed, reducing the chances of mi ssed or delayed referrals. v. Diagnostic Coordination Healthcare workers will enter the required test or diagnosis into the system. The platform will show nearby facilities where that test is available, along with available slots (if applicable), helping the patient reach the right facility without unnecessar y travel. vi. Medicine Availability Healthcare facilities will regularly update the medicines available on the platform. Doctors and healthcare workers can check whether a required medicine is available at a nearby facility before directing the patient there. vii. Appointment & Queue Management Healthcare facilities will add their available appointment slots and daily capacity to the system. Patients can book a suitable slot or receive a digital queue number, while the system shows their queue status and helps reduce overcrowding and waiting time viii. High - Risk Patient Follow - up Healthcare workers will mark patients who require regular monitoring or follow - up as high - risk. The system will maintain their follow - up schedule and send reminders for upcoming visits, tests or treatments to both the healthcare worker and patient. ix. Emergency Escalation If the system identifies a patient as an emergency case, it will immediately alert the responsible healthcare worker or doctor. The case can then be escalated to a higher - level hospital, helping the patient receive urgent treatment without unnecessary dela y. x. Multilingual Interaction The platform will allow patients to select their preferred language. Important information, instructions and system interactions will then be available in local languages through text and/or voice, making the system easier to use. xi. Low - Connectivity Support The system will allow healthcare workers to enter and access essential information even with weak internet connectivity. The system will be stored temporarily on the device and automatically synchronise it with the central system when the internet connection becomes available. xii. Interoperable Health Records The system will use standard formats for health information, allowing authorised healthcare facilities to share patient records with each other. When a patient moves from a rural health centre to a larger hospital, staff can access key medical information without creating a new record. 8. CHALLENGES VS SOLUTION CHALLENGES SOLUTION 1. Long Travel for Healthcare • Rural patients travel long distances for treatment. • This increases travel time, cost and delays. • Provide nearby and digital healthcare access. • Reduce unnecessary travel and waiting time 2. Shortage of Specialist Doctors • Rural areas have limited specialist doctors. • Patients struggle to get expert medical advice • Provide assisted teleconsultation with specialists. • Connect rural patients with expert doctors remotely. 3. Limited Diagnostic Services • Diagnostic services are irregular or difficult to access. • Patients may not know where tests are available. •Provide diagnostic coordination across facilities. • Show clear information about available tests and service s 4. Scattered Patient Records • Medical records are stored across different places. • Important patient information may not be available when needed. • Maintain longitudinal digital patient records. • Support sharing of records between authorized facilities. 5. Delayed Referrals • Referrals to higher facilities are often delayed. • Patients may not complete the referral process properly. • Provide digital referral tracking. • Track referral progress until treatment is completed 6. Limited Healthcare Awareness • People may not know about available healthcare services. • They may also be unaware of where to get care. • Provide an integrated care - access platform. • Give clear and simple information about available services 7. Limited Staff and Equipment • Primary health facilities may have limited staff. • Medicines and diagnostic equipment may also be insufficient. • Support frontline healthcare workers. • Improve medicine and diagnostic availability. 8. Lack of Information Continuity • Patients move between different healthcare levels. • Their medical and referral information may not follow them. •Maintain continuous patient and referral records. • Ensure smooth information flow between facilities. 9. Poor Connectivity • Weak internet affects access to digital healthcare. • Some rural areas have limited or unstable networks. Support healthcare services in low - connectivity areas. • Provide offline access with automatic data synchronisation. 10. Language Barrier • Language differences can make healthcare difficult to access. • Patients may struggle to understand medical information. • Provide multilingual interaction. • Support local and regional languages. 11. Low Health Literacy • Patients may have difficulty understanding health information. • This can affect their treatment and healthcare decisions. • Provide simple and easy - to - understand information. • Use clear guidance to improve healthcare access 12. Difficult Emergency Support • Timely emergency support can be difficult in rural areas. • Delays can increase health risks for patients. • Provide emergency escalation to the right facility. • Enable faster communication during emergencies. 13. Need for Urgency - Based Handling • Patients need to be handled according to urgency. • Critical cases may be delayed without proper prioritization. • Provide digital triage for patients. • Classify cases as normal, urgent or emergency. 14. Appointment and Waiting Issues • Appointment and queue processes can be difficult. • Patients may face long waiting times at facilities. • Provide appointment and queue management. • Show queue status and help reduce waiting time. 15. High - Risk Patient Follow - up • High - risk patients require continuous follow - up. • Missed check - ups can affect their health outcomes • Provide regular high - risk patient follow - up. • Send reminders for check - ups, tests and treatment. 16. Maternal, Child & Chronic Care • These patients require regular and continuous care. • Lack of follow - up can affect long - term health. • Improve follow - up for maternal, child and chronic conditions. • Enable regular tracking and healthcare support 17. Unclear Medicine Availability • Medicine availability is not always clear. • Patients may reach facilities where medicines are unavailable. • Provide medicine availability tracking. • Show current medicine stock at healthcare facilities. 18. Poor Facility Monitoring • Healthcare facilities need better monitoring. • Resource availability and performance can be difficult to track. • Provide facility dashboards for monitoring. • Support better management using healthcare data. 9. ADVANTAGES VS DISADVANTAGES OF OUR PLATFORM ADVANTAGES OF OUR PLATFORM DISADVANTAGES OF OUR PLATFORM Integrates multiple healthcare - access and coordination services into one server - based platform. Depends on internet connectivity due to its server - based architecture. Reduces travel and waiting through care discovery, teleconsultation, appointments, queues, and referrals. Requires integration with healthcare facilities, providers, and public - health systems. Maintains longitudinal patient information and interoperable records. Requires continuous security, privacy, monitoring, and compliance maintenance. Supports emergency coordination through ambulance requests, escalation, and alerts. Service quality depends on accurate and available healthcare - resource information Improves visibility of facilities, medicines, diagnostics, blood banks, and medical - equipment providers. Users with limited digital literacy may need frontline - worker assistance. Supports rural and underserved users through lightweight, multilingual, and frontline - worker - assisted access. Development, deployment, integration, and training require financial and organizational resources. 10. FUTURE PLANS i. Offline Accessibility: Integrating Progressive Web App (PWA) technology and local caching to enable offline functionality, requiring internet connectivity only for live maps and data synchronization. ii. Seamless Integration : Developing universal standard APIs (such as FHIR) to enable plug - and - play integration with existing healthcare facilities and legacy health systems. iii. Automated Security : Implementing AI - based automated monitoring to handle continuous data security and privacy compliance, drastically reducing manual maintenance overhead. iv. IoT for Data Accuracy : Integrating IoT medical devices (like smartwatches and health monitors) to automatically fetch accurate biometric data, reducing reliance on manual user input. v. AI Voice Assistant : Adding voice command capabilities to the multi - language UI, allowing users with limited digital literacy to navigate the platform independently without needing frontline support. vi. Nationwide Expansion : Expanding the platform from its initial Maharashtra - focused implementation to a nationwide healthcare platform covering all states and regions of India. 11. TECHNOLOGIES USED Production - Scale Technology Stack : • Web frontend: React + TypeScript ; responsive UI and component - based architecture. • Mobile option: Flutter for a cross - platform mobile application if required. • Backend: Node.js with NestJS or an equivalent modular service architecture. • API layer: REST/OpenAPI; use clear versioning and validation. •Database: PostgreSQL for transactional healthcare/application data. • Cache and transient workloads: Redis. • Search/discovery: OpenSearch or an equivalent search service where justified. • Authentication/identity: OAuth2/OIDC with a suitable identity provider such as Keycloak, subject to deployment requirements. • Object/file storage: S3 - compatible storage for appropriate documents and media, with strict access controls. • Notifications: FCM/SMS or equivalent providers where actually integrated. • Maps/location: a suitable mapping provider subject to licensing and deployment requirements. • Optional AI/decision - support services: Python/FastAPI, with explicit safeguards and validation. • Interoperability: FHIR/ABDM - compatible approaches only when actual integration, authorization, standards mapping, and testing are implemented. • Containers/deployment: Docker; Kubernetes only if scale/operations justify it. • CI/CD: GitHub Actions or equivalent. • Observability: centralized logs, metrics, tracing, alerting, and audit trail s. 12. INTEGRATION WITH EXISTING GOVERNMENT HEALTHCARE SYSTEMS Our platform is designed to complement existing healthcare services rather than replace them. It connects existing technologies with additional coordination, triage and follow - up features, especially for rural and underserved areas. 1. eSanjeevani — Government Teleconsultation Existing : Provides teleconsultation between patients and doctors. Our Solution : Adds digital triage, referral management and follow - up care around teleconsultation, bringing these steps into one platform. 2. Practo — Private Healthcare Services Existing : Provides doctor booking, medicines and diagnostic services, mainly used in urban areas. Our Solution : Provides unified access to doctors, hospitals and diagnostics with a specific focus on rural and underserved areas. 3. ABDM / ABHA — National Digital Health System Existing : Supports digital health records and interoperability. Our Solution : Integrates with the ABDM ecosystem for secure record access and combines it with care discovery, digital triage and referral tracking. 4. E - RaktKosh — Blood Services Existing : Tracks blood availability and inventory at blood banks. Our Solution : Provides blood - bank search with nearby hospital discovery and emergency support during critical situations. 5. ASHA / Frontline Health Workers Existing : Provide last - mile healthcare support in rural communities but may have limited digital tools. Our Solution : Gives them an easy - to - use mobile interface for patient registration, follow - up tracking and reporting urgent cases. 13. CONCLUSION The problem statement focuses on improving the accessibility and quality of public healthcare services, particularly in rural and underserved areas of Maharashtra. The findings in this report show that rural communities face multiple challenges, including long travel distances, shortage of doctors and specialists, limited diagnostic facilities, delayed referrals, poor connectivity, emergency - care difficulties and lack of continuity in patient information and follow - up. Based on these identified problems, our proposed solution is an integrated digital healthcare platform that connects patients, frontline healthcare workers, doctors and healthcare facilities. It provides digital triage, teleconsultation, patient records, h ealthcare and diagnostic discovery, medicine availability, appointments, referral tracking, emergency escalation and follow - up support. The solution is designed to connect and coordinate existing healthcare resources rather than replace them. By bringing these services together, the platform aims to reduce unnecessary delays and travel, improve referral and follow - up processes, and help ru ral patients access appropriate healthcare in a more timely and connected manner. Overall, the proposed approach addresses the identified gaps in rural healthcare by focusing not only on the availability of services, but also on making those services easier to access, coordinate and continue throughout the patient’s healthcare journey.