This community innovation has been accepted at the 2026 DHIS2 Annual Conference as a physical poster.
From Fragmented Registers to Unified PHC
Digitizing primary health service delivery is critical to ensure continuity of care, timely follow up, and facility level decision making—capabilities that aggregate reporting alone cannot provide. However, many DHIS2 tracker implementations focus on replicating vertical program specific paper registers, resulting in fragmented configurations, parallel registries, and duplicate or inconsistent metadata across programs and facilities. Centralized architectures also conflict with federal governance structures, data sovereignty concerns, and uneven digital readiness. The gap is the lack of a unified, patient centered primary health service architecture that enables longitudinal service tracking, preserves interoperability, and scales across decentralized health systems. Our intervention addresses this gap by implementing a distributed digital solution for primary health services using DHIS2 tracker. A single program captures all primary care services within stages allowing coherent visit sequencing and longitudinal tracking of patient interactions across the life course. Provincial tracker deployments provide operational autonomy and resilience, while a master metadata server enforces standardized data elements, option sets, and naming conventions. A shared FHIR based health record enables data exchange across provinces, supporting cross province interoperability and continuity of care. Program rules and tracker plugins are best utilized for real time decision making at the point of care. Program indicators are the basis for aggregate national HMIS reporting. Custom apps are built to seamless integration of Nepali calendar and interoperability with external health information systems like birth registration management system and National ID. This architecture consolidates fragmented registers into a coherent primary health service platform, strengthens metadata governance, reduces duplication, and creates a scalable foundation for digital public infrastructure. This approach extends DHIS2 tracker’s capabilities from program centric to patient centric for life long tracking.
Primary Author: Padam Bahadur Dahal
Keywords:
DHIS2 Tracker, Primary Health Care (PHC), Digital Public Infrastructure (DPI), Distributed Health Systems, FHIR Interoperability, Longitudinal Service Tracking, Metadata Governance, Health System Integration, Data Standardization, Decentralized Health Architecture
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