Service Information

OneHealthEHR deploys federated electronic health records across Liberian hospital systems, serving thousands of patients while maintaining 100% data sovereignty. Patient information never leaves hospital infrastructure, satisfying local regulations while enabling coordinated care delivery. Edge AI provides diagnostic assistance for medical imaging, processing X-rays and ultrasounds locally to flag potential abnormalities before radiologist review. This reduces radiologist workload by 40% without compromising patient privacy. The system runs on cost-effective mini PCs in each hospital, proving sophisticated healthcare IT doesn't require cloud dependence or expensive internet infrastructure. FHIR and HL7 standards ensure interoperability with future systems.

PRIVACY-PRESERVING ARCHITECTURE

OneHealthEHR's architecture treats patient privacy as an architectural requirement, not a policy promise. Medical records persist only within hospital systems where care occurs. When aggregate analytics are needed for disease surveillance, privacy-preserving computation generates insights without exposing individual records. Edge AI for diagnostic assistance trains on local data, sharing only encrypted model improvements rather than raw medical images. This federated learning approach enables AI that improves across the hospital network while keeping patient data strictly local. Blockchain-based audit logs document all data access, providing transparency for regulators without centralizing sensitive information.

DEPLOYMENT IN RESOURCE-CONSTRAINED ENVIRONMENTS

OneHealthEHR optimizes for the infrastructure reality of emerging markets. The system runs on $300 mini PCs rather than requiring expensive server infrastructure. Bandwidth optimization enables operation even with intermittent connectivity. Offline-first design allows hospitals to continue operations when internet access fails, synchronizing when connectivity returns. The interface prioritizes low-bandwidth components, avoiding heavy images and videos that consume expensive mobile data. All features degrade gracefully—core functionality remains available even when advanced features require connectivity. This pragmatic approach makes sophisticated healthcare IT accessible where it's needed most.

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