The Challenge
A cross-platform React Native application built for a regional hospital network managing patient monitoring across four facilities. Nursing staff relied on paper charts and phone calls between departments — critical data was siloed, handoffs were error-prone, and real-time visibility across wards was impossible.
Our Approach
We began with a structured discovery phase to map existing workflows, identify technical constraints, and define the highest-value features for the initial release. Rather than trying to build everything at once, we established a phased delivery plan with working software at each milestone.
What We Built
MediTrack uses an offline-first architecture — a local SQLite database on each device syncs with the central PostgreSQL backend via WebSocket when connectivity is available. Conflict resolution logic ensures vitals recorded offline are merged correctly when connectivity is restored, with timestamps preserved and no data loss.
The UI was built with a deliberately constrained interaction vocabulary — large touch targets, high-contrast color coding for alert states, and swipe gestures calibrated for gloved use. Role-based access was implemented at both the API and UI layer, with nurses, doctors, and administrators seeing different data views appropriate to their workflow.
"The team understood our clinical environment in a way that most software vendors don't. They observed our workflows before designing anything and the result is software that genuinely fits how our nurses work."
The Results
MediTrack deployed across all four facilities on schedule. Paper-based charting was eliminated entirely in two of the four facilities within 60 days. The offline functionality — which added approximately four weeks to the development timeline — has proven to be the most-praised feature among clinical staff.
The client has since commissioned a phase two expansion adding physician scheduling, telemedicine video consultations, and integration with the national patient health record system.