I was born and raised in Nepal. I later spent 17 years living, studying, and working in the United States, and I have now lived in China for more than five years. These experiences have allowed me to observe healthcare from very different perspectives: as a biomedical scientist, as a patient and family member, and as a Nepali who has seen both the remarkable possibilities of modern medicine and the everyday difficulties faced by people trying to access it.
The United States and China possess some of the most advanced healthcare institutions in the world. They have highly trained specialists, sophisticated hospitals, cutting-edge medicines, powerful diagnostic technologies, and research systems capable of transforming discoveries into treatments.
These advances have solved many of the problems that continue to burden lower-resource countries, including shortages of specialized facilities, modern equipment, and advanced therapies.
Yet, despite their technological sophistication, I came to recognize that developed and developing healthcare systems often share a fundamental design problem:
The patient is not truly at the center of the system. The system is still largely organized around hospitals and other institutions.
A Common Problem Across Very Different Countries
In most healthcare systems, hospitals, clinics, laboratories, pharmacies, and insurance organizations maintain their own information and workflows.
Each institution may understand one part of a patient's story. Few can see the whole journey.
Even in advanced systems, patients may have limited visibility into who has accessed their medical information, why it was accessed, how it is being used, or whether it has been shared beyond the original purpose of care.
Encryption is essential, but encryption alone does not create privacy.
True privacy also requires limiting the exposure of personal identifiers, giving each user access only to the information necessary for an authorized purpose, maintaining complete audit trails, and allowing patients to understand what happens to their data.
My own experiences showed me that highly sophisticated healthcare technology does not automatically produce a healthcare system organized around the patient.
The Additional Burden in Nepal
In Nepal, the same structural fragmentation is intensified by additional challenges.
Many communities face shortages of medical facilities, specialists, diagnostic equipment, and essential services. Geography can turn a routine medical consultation into an exhausting journey. Education, digital access, transportation, and general infrastructure influence whether people receive timely care.
Millions of Nepalis also live or work outside the country, creating another break in continuity when their medical history does not travel with them.
Patients often move between health posts, clinics, hospitals, diagnostic centers, and pharmacies that do not share information with one another. They are expected to carry reports, remember previous diagnoses, and explain years of medical history every time they meet a new healthcare professional.
I have personally observed situations in which patients received confusing or inappropriate medicines, were charged more than expected, underwent investigations that appeared unnecessary, or repeated tests simply because previous results were unavailable.
These problems should not always be understood as the failure of one doctor, one hospital, or one pharmacy. Many arise because the healthcare system lacks a connected and accountable digital trail.
When prescriptions, diagnostic requests, prices, results, and access to medical information are not recorded in one coordinated system, accountability becomes difficult. Patients have little ability to understand the complete sequence of decisions made during their care.
Nepal urgently needs more hospitals, better equipment, trained professionals, and sustained public investment. But we should not assume that meaningful improvement must wait for one enormous donation or the construction of an entirely new physical healthcare system.
A better design can also help the professionals, facilities, and resources we already have work together more effectively.
From Cancer Research to Healthcare-System Design
My primary scientific work has been in cancer biology and technology development.
Cancer research teaches an important lesson: complex problems cannot be understood by examining each part in isolation. Cells communicate with one another. Their behavior depends on timing, context, environment, and interactions across an entire system.
I began to examine healthcare through the same scientific lens.
- Where does information become disconnected?
- Why does the patient carry the burden of coordinating care?
- Why do hospitals that serve the same person operate as separate islands?
- Why do patients have so little visibility into their own data?
- Why is medical expertise concentrated in particular buildings when digital technology can allow appropriate services to reach people elsewhere?
- Why do we record what a doctor prescribed but often fail to learn whether the patient became better or worse afterward?
By systematically breaking the problem into its individual components, I arrived at a surprisingly simple conclusion:
Many persistent healthcare problems share the same underlying design flaw: the system is organized around institutions rather than around the patient.
MEDeCLOCK grew from an attempt to correct that design.
A Healthcare System Built Around the Patient
MEDeCLOCK is intended to create a secure digital infrastructure that connects patients with the people and services involved in their care.
The patient becomes the central point around which authorized doctors, nurses, hospitals, health posts, diagnostic centers, pharmacies, and other services interact.
The clinical record is designed to follow the patient across the healthcare journey. At the same time, direct patient-identifying information is separated from routine clinical information, so healthcare professionals and service partners receive only what they need for an authorized purpose.
The goal is not to give everyone access to everything.
The goal is to give the right person the right information, for the right reason, at the right time, and to record every access.
Bringing Appropriate Healthcare Closer to People
MEDeCLOCK also reconsiders where healthcare must take place.
Many medical needs do not require a hospital visit. Initial triage, routine follow-up, medication counseling, review of test results, and many non-emergency questions can often be addressed remotely when clinically appropriate.
Through a regulated telemedicine network, patients could request care at a convenient time, while registered doctors and nurses could accept cases that match their expertise and availability.
This would not replace hospitals, physical examinations, or emergency services. Many conditions will always require direct clinical assessment, procedures, imaging, or hospital care.
Instead, it would create an additional layer of access.
Patients could receive qualified guidance earlier rather than waiting until a manageable problem becomes a major medical event. With sufficient professional participation and appropriate regulation, some form of medical support could become available throughout more hours of the day.
For people in remote areas, that could mean avoiding an unnecessary journey or learning early that an urgent journey is necessary.
Supporting the People Who Provide Care
This model could also address another serious problem in Nepal: the low remuneration and migration of healthcare professionals.
Nepal invests heavily in educating doctors and nurses. Yet many leave the country because salaries, professional opportunities, and working conditions do not reflect their expertise or responsibilities.
MEDeCLOCK cannot replace the need for fair salaries, better working environments, and stronger public investment.
It can, however, create an additional, transparent way for qualified healthcare professionals to earn income by using their expertise during the times they choose to be available.
A doctor could provide selected consultations outside regular hospital hours. An experienced nurse could offer medication guidance, maternal health counseling, or follow-up support. Professionals who work part-time, have family responsibilities, or have retired from full-time clinical practice could continue contributing.
By allowing opportunity to follow expertise, digital healthcare may help more professionals build sustainable careers without leaving Nepal.
Caring Across Families and Borders
Healthcare rarely affects only one person.
Older adults may depend on their children. Young patients depend on parents or guardians. Family members living overseas may play an important role in treatment decisions and financial support.
With the patient's permission and carefully defined access, MEDeCLOCK could allow trusted family members to participate appropriately in care. This could be especially valuable for children, older adults, and people living with chronic illness.
The same principle extends to migrant workers.
A Nepali worker receiving treatment abroad may be unable to explain a complex medical history in another language. A clinician overseas may know nothing about previous diagnoses, allergies, or medicines prescribed in Nepal.
Subject to patient consent, professional licensing, legal agreements, and the data-protection requirements of both countries, a connected digital record could help authorized clinicians provide safer and more informed care. Where permitted, patients could also receive appropriate support from professionals who speak their language and understand their medical history.
People may cross borders. Their healthcare history should not have to remain behind.
Designed for Nepal, Relevant to the World
MEDeCLOCK was conceived around the realities of Nepal: limited resources, difficult geography, fragmented healthcare delivery, workforce migration, and the need to make better use of existing facilities and professionals.
But the underlying problem is not limited to Nepal.
Developed healthcare systems also struggle with fragmented records, institutional silos, rising costs, workforce shortages, patient privacy, limited transparency, and discontinuity between medical encounters.
Patient-centered care itself is not a new aspiration. The challenge is to translate that aspiration into the architecture of the healthcare system: patient-linked continuity, privacy by design, minimum-necessary access, transparent audit trails, continuous follow-up, and accountability across every participant in care.
The technologies may differ from country to country. Laws, institutions, and financing models will also differ.
The organizing principle can remain the same:
Healthcare should follow the patient; not require the patient to follow healthcare.
MEDeCLOCK is not based on the belief that one platform can solve every healthcare problem.
It is based on the belief that a simple change in design can allow many existing parts of healthcare to work together more effectively.
My goal is not merely to digitize medical records.
It is to help build a healthcare system that remembers the patient, remains connected throughout care, protects privacy, supports healthcare professionals, and learns from every medical encounter.
That is the purpose behind MEDeCLOCK.