From Queues to Connected Care: India's Digital Health Shift

From Registration to Recovery: The Role of Technology in the Patient Journey

From Registration to Recovery: The Role of Technology in the Patient Journey

By Lt Col Dr LC Verma(Retd), Medical Director, Lilavati Hospital & Research Centre

For decades, hospital visits largely meant long queues, paperwork, waiting for a consultation, juggling between departments, collecting reports, and repeated visits. For an elderly patient or a family travelling several hours for treatment, these seemingly routine steps can become exhausting.

Digital technology is changing this linear journey through appointment platforms, electronic medical records, telemedicine, digital payments, patient portals, automated communication, and remote monitoring, connecting different stages of care. Behind the scenes, AI, cloud computing, connected medical devices, and data analytics support clinicians and hospital operations.

The World Health Organisation increasingly recognises patient-reported experience as a key measure of healthcare quality. Waiting time, communication, convenience, accessibility, transparency, and coordination all contribute to how people experience healthcare.

The message for hospitals is clear; clinical excellence and service experience can no longer be treated as separate conversations.

For India, where healthcare access and resources remain uneven, the challenge is to ensure that digital transformation makes healthcare not just faster, but more accessible, connected, and humane.

“The future of healthcare is not technology replacing people. It is technology giving people more time, information, and opportunity to care.”

India's Digital Health Moment

Imagine a patient who has visited a clinic, undergone diagnostic testing at another facility, and is subsequently referred to a hospital. In a connected ecosystem, relevant health information can potentially follow the patient, with appropriate consent, rather than requiring the patient to repeatedly reconstruct their medical history. That is more than digitization.

It is a shift from institution-centric healthcare towards connected, patient-centric healthcare.

India has been building one of the world's most ambitious digital-health ecosystems. The Ayushman Bharat Digital Mission (ABDM) is designed around interoperable digital-health infrastructure, including the Ayushman Bharat Health Account (ABHA), Health Facility Registry and Healthcare Professionals Registry. Its consent-based, privacy-by-design approach aims to enable secure information exchange without creating a single centralised repository of health data.

Digital Access: Before the Hospital

The first opportunity to improve the patient experience often arises before treatment. For many patients, the first meaningful improvement may be a shorter queue rather than an advanced medical technology.

Online appointments, QR-based registration, digital payments, and automated reminders can reduce administrative delays. ABDM’s Scan & Share initiative, for instance, enables faster outpatient department registration through QR-based processes linked to ABHA.

For hospitals, these technologies can reduce queues and repetitive administrative work. For patients, the benefit includes less time spent navigating the system. And in healthcare, where patients may already be anxious, uncomfortable, or accompanied by family members, eliminating even a few unnecessary steps can make a meaningful difference.

Electronic Records & AI: Supporting Better Decisions

Healthcare becomes complicated when information becomes fragmented. Without accessible records, every new consultation can become a process of reconstruction. EHR can help create a longitudinal picture, making consultations more informed.

For instance, ABDM enables consent-based sharing of personal health records, including lab reports and discharge summaries, helping patients maintain continuity of care without having to recount their medical history at every hospital visit.

AI could strengthen this process further. Hospitals are exploring AI for medical imaging, clinical decision support, documentation, patient communication, and operational planning. India launched the Strategy for AI in Healthcare for India (SAHI) in February 2026, outlining the framework for responsible implementation, governance, high-quality data, interoperability, workforce readiness, safety, and equity. The WHO described SAHI as a comprehensive national AI strategy for health, underscoring responsible AI integration.

The most useful AI in a hospital may not always be the most spectacular, but those that help clinicians identify potential abnormalities, organise patient information, and reduce administrative workloads, enabling better decisions and more time for patient care. The objective should not be to make healthcare look futuristic but to make healthcare work better.

Telemedicine: Taking the Hospital Beyond its Walls

Perhaps no technology illustrates India's digital health opportunity more clearly than telemedicine.

India's eSanjeevani platform had crossed 330 million consultations by 31 December 2024, according to the Ministry of Health and Family Welfare's 2024-25 annual report. The platform operated through more than 131,000 spoke facilities, 16,000-plus hubs and hundreds of online OPDs, with more than 230,000 healthcare practitioners using the system.

Those numbers tell an important story. Telemedicine is not simply a convenience for urban patients seeking an online second opinion. By connecting patients with healthcare professionals remotely, telemedicine can reduce long-distance travel for routine follow-ups, chronic disease management, and suitable consultations, particularly for people in remote and underserved areas. For a patient who would otherwise travel hours for a routine follow-up, that choice can make a meaningful difference.

Personalisation & Remote Monitoring

Digital systems can turn patient information into more personalised care. Patients with chronic diseases such as hypertension may need regular reminders and remote monitoring, while others may require post-discharge guidance. Wearables, connected medical devices, and digital health applications can potentially help monitor patients between hospital visits

A particular example comes from Durg district, Chhattisgarh. WHO-reported data showed higher follow-up rates among ABHA-linked hypertension and diabetes patients than non-linked patients (68% versus 37%), alongside higher disease-control rates (49% versus 29%) between January 2024 and February 2025.

These figures describe an observed programme experience and should not, by themselves, be interpreted as proof that ABHA linkage caused the difference. Nevertheless, the example illustrates the potential of connected digital records in long-term disease management.

But personalisation must come with responsibility. Health data is among the most sensitive forms of personal information. Hospitals therefore need strong cybersecurity, privacy safeguards, consent mechanisms, access controls, and clear governance.

Smart Hospitals: Technology Patients May Never See

Some of the most important digital transformation happens behind the scenes. Hospitals are increasingly exploring connected equipment, digital inventory management, automated workflows, real-time dashboards, predictive analytics, and integrated command centres. Patients may never see these systems, but they may experience their effects. Better resource allocation can contribute to smoother workflows. Digital inventory systems can help ensure that essential supplies are available. Predictive analytics can support capacity planning. Integrated information can help

departments coordinate more effectively.

This leads to an important principle:

The best hospital technology may be the technology the patient barely notices, because it quietly removes friction from the care journey.

The Human Factor: Where Digital Transformation Can Go Wrong

Technology can make healthcare more convenient, but it cannot replace human compassion. A chatbot cannot replace empathy during a difficult diagnosis, nor can an electronic record substitute a doctor's careful listening, while a digital queue cannot replace clear communication.

Digital-first services can deepen exclusion of older adults, people with disabilities, and those with limited digital literacy or unreliable connectivity.

That is why the future should not be “digital instead of human”; instead, it should combine both.

Technology should improve automation, information management, and coordination, enabling healthcare professionals to focus more on clinical judgment, communication, and trust.

Hospitals must therefore measure more than technology adoption. Are waiting times falling? Are patients completing follow-ups? Can they access their records? Do clinicians have more time for meaningful interaction? Are vulnerable patients included?

These are measures of healthcare quality, not merely IT performance. A patient may appreciate a short waiting time, but trust is built when the patient feels informed, respected, and safe.

The Road Ahead for Indian Hospitals

India's digital-health journey is entering a more mature phase. India’s next challenge is to connect its growing digital infrastructure through Interoperability, responsible AI, cybersecurity, data governance, workforce training, and patient digital literacy.

The hospital of tomorrow will be more than just a physical facility, linking patients, doctors, diagnostics, pharmacies, devices, data, and follow-up services across physical and digital environments.

Digital technology does not change the fundamental truth that healthcare has always been about people. The most successful digital hospitals will be those that use technology where it meaningfully improves the patient journey. And ultimately, that is what better clientele satisfaction should mean: not merely a patient who is pleased with a service, but a person who feels that the healthcare system understood their needs, respected their time, protected their information, and stayed connected throughout their journey.

Disclaimer: This is an authored article; DHN is not liable for the claims made in the same.

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