The 7-Node Nervous System
Event-driven synchronization mapping every kernel to the central bus. Circuit board topology where Kafka is the CPU.
Clinical Core
:8081OpenMRS 3.x
Diagnostic Core
:8083OpenELIS 2.0
Imaging Core
:8042Orthanc PACS
APACHE KAFKA
Central Nervous System
Fiscal Core
:8082Odoo 19 ERP
Insurance Core
:8000OpenIMIS
Seven Integrated Kernels
Each kernel delivers specific business capabilities, synchronized via the event-driven architecture above.
OpenMRS 3.x
Clinical efficiency designed for high-volume OPDs. Streamlined workflows reduce wait times and improve patient throughput.
OpenELIS 2.0
End-to-end sample tracking from collection to results delivery. Automatic analyzer integration eliminates manual data entry errors.
Odoo 19
Unified revenue cycle management. Every clinical event automatically generates billing entries, ensuring 100% capture.
Orthanc + OHIF
Zero-footprint DICOM viewing integrated into patient charts. Radiologists access studies without separate PACS logins.
DHIS2 + Superset
Real-time dashboards transform raw clinical data into actionable insights for operational and clinical decision-making.
OpenIMIS
Automated claims processing eliminates paperwork delays. Eligibility verification happens at point-of-care, not billing office.
OpenHIE
National health exchange connectivity ensures seamless data sharing with regional and national health registries.
The System in
Their Pocket.
NidanPHR extends the hospital into the community. Patients own their records. View appointments, lab results, and medication history from any device.
Internet is optional.
Care is mandatory.
NidanEHR operates fully offline. Event Bus queues messages locally. When connectivity returns, synchronization happens automatically.
All clinical operations continue normally.
Messages will sync when connection restored.