A secure, compliant web portal mapping clinical facilities, doctors, and real-time appointment availability.
Managing regional healthcare operations across facilities meant slow patient scheduling and disconnected clinic logs. I built a secure web portal that connects clinic lists, doctors, and active session schedules into a compliant, real-time database.
By linking doctor registries to active booking calendars, patient slots update dynamically. Clinic locator features and patient checkout flows allow visitors to complete appointments and invoices smoothly.
The system connects patient booking queues to clinicians' shift logs using ACID database transactions. Patient records utilize row-level encryption to satisfy clinical data protection standards.
Clinicians roster recording specialized areas, shift hours, and clinic locations.
Calendar module locking doctor slots dynamically to prevent double-booking.
Showcases clinic locations, addresses, and contacts on an interactive map.
Encrypted file storage to secure patient details and medical prescriptions.
Summarizes daily patient visits, doctor schedules, and booking checkout statuses.
"Syncing calendar slots dynamically across concurrent bookings while maintaining strict patient data encryption was the core challenge."
When multiple users attempt to checkout the same doctor's appointment slot simultaneously, race conditions can cause double bookings and database write errors.
To solve this, I built a database lock scheduler. The scheduler queues checkout transactions with ACID guarantees, updating active doctor shifts without lock contentions or collision errors.
Dhanarogya Health optimized their scheduling pipeline, ensuring patients can locate nearby facilities and book doctor sessions securely.