Logo Lanfrica
  • Accueil
  • Atlas
  • Analyses
  • Documentation
  • Sign in

© 2026 Lanfrica. Tous droits réservés. Tous les droits d'auteur des ressources affichées sur le site Web Lanfrica appartiennent aux détenteurs de droits d'auteur d'origine, sauf indication contraire explicite.

Bridging Data Fragmentation: A Unified Data Activation Platform for AI-ready Healthcare Systems in Africa

Domaine:

healthcaredigital infrastructure
Créateur:
BriDelMunashe Naphtali MupaRod
Éditeur:
GSC
Hôte:
The African healthcare systems are experiencing a nexus of structural limitations: a heavy load of communicable and non-communicable diseases, a lack of financial and human resources, and a strong fragmentation of health data ecosystems. Despite the promising capabilities of artificial intelligence (AI) in enhancing the quality of diagnostics, disease surveillance, and efficiency of health systems, its implementation and expansion in Africa are limited by low data quality, low interoperability, and inadequate governance systems. This paper introduces the African Data Activation System of Health, an integrated, AI-enabled health data activation system that will overcome these underlying obstacles. The study will be conducted with a mixed-methods design, which will combine (I) systematic review of the African health information system implementations, (ii) qualitative thematic synthesis of technical, organisational, and governance challenges, and (iii) quantitative extraction of reported performance indicators of data quality, interoperability and system efficiency. The review evidence will be used to design a cloud-native, microservices-based architecture that can integrate heterogeneous data sources, such as paper-based records, and convert them into analytics-ready datasets by standardising them to HL7 FHIR-compliant formats with the help of AI. AfriDASH uses a probabilistic Master Patient Index, a scalable cloud Lakehouse repository, and built-in governance controls like consent management, privacy-preserving analytics, and role-based access control. The hybrid and federated deployment models allow centralised analytics without violating national and institutional data sovereignty AfriDASH offers a viable and replicable framework of facilitating trustful, fair AI in African health care systems. Although additional empirical research is needed, the platform will overcome technical and socio-organizational obstacles that have hindered the effectiveness of previous digital health efforts. Its effective implementation will rely on the concerted stakeholder action, long-term investment, and intensive implementation research in various African settings.

Visit

doi.org

Similaires

UZIMA-DS AI-Ready Synthetic DataRetrieval as a practical fix for data fragmentation in Africapygeovision: A Unified Open-Source Python Platform for Satellite Earth Observation AIAmplify Initiative: Building A Localized Data Platform for Globalized AIAdvanced Sentinel-1 Analysis Ready Data for AfricaUZIMA-DS/UZIMA-DS-AI-Ready-Synthetic-Data

UZIMA-DS AI-Ready Synthetic Data

The AI-Ready Synthetic data study is being conducted by the UtiliZing health Information for Meaning

Retrieval as a practical fix for data fragmentation in Africa

A benchmark study of Retrieval-Augmented Generation (RAG) for African institutional data, demonstrat

pygeovision: A Unified Open-Source Python Platform for Satellite Earth Observation AI

pygeovision is a unified open-source Python library for satellite Earth observation analysis and geo

Amplify Initiative: Building A Localized Data Platform for Globalized AI

Current AI models often fail to account for local context and language, given the predominance of En

Advanced Sentinel-1 Analysis Ready Data for Africa

UZIMA-DS/UZIMA-DS-AI-Ready-Synthetic-Data

The AI-Ready Synthetic Data study, part of the UZIMA-DS hub (AKU & University of Michigan, funded by