The role of digital health and artificial intelligence in improving the reach and effectiveness of HIV prevention in Africa

As global HIV prevention efforts face mounting fiscal pressures and persistent coverage gaps, digital health interventions (DHIs), including artificial intelligence, promise improved effectiveness, equity, and reach. Across several countries in sub-Saharan Africa, digital health tools, including mobile applications and health information systems, are extending service delivery, optimising resource allocation, improving client engagement, and strengthening HIV prevention service delivery. Artificial intelligence applications are further enhancing data analytics, epidemic modelling, hotspot prediction, and differentiated service delivery models for HIV care and prevention programmes. However, crucial challenges that reduce the effectiveness of DHIs include poor interoperability, low digital literacy, suboptimal data use and interpretation, insufficient connectivity, privacy concerns, and fragmented governance. Intentional integration of DHIs into national health strategies, supported by robust data protection frameworks, culturally relevant design, investments in workforce capacity, and sustainable financing mechanisms is essential to ensure these tools drive lasting gains in the reach, quality, and equity of HIV care and other health services. If properly resourced, governed, and integrated into health systems, DHIs, supported by artificial intelligence, can help countries deliver smarter, faster, and more equitable HIV prevention services, while also contributing to broader health system strengthening.

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Publication Details

Journal
The Lancet Global Health
Published
2025-12-02
DOI
https://doi.org/10.1016/s2214-109x(25)00447-4
Citations
5
Primary Topic
Mobile Health and mHealth Applications
Type
article
Field-Weighted Citation Impact
14.08
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article

The role of digital health and artificial intelligence in improving the reach and effectiveness of HIV prevention in Africa

Tyler R. Smith, Diego García Morcillo, Stephanie M. Topp, Maureen Luba et al.
5 citations
The Lancet Global Health
Mobile Health and mHealth Applications
14.08
article

The role of digital health and artificial intelligence in improving the reach and effectiveness of HIV prevention in Africa

Tyler R. Smith, Diego García Morcillo, Stephanie M. Topp, Maureen Luba, Olugbenga A. Ijaodola, William Wu, Carly A. Comins, Jirair Ratevosian, S Konopka, NELLIE BRISTOL, Charles B. Holmes, Chukwugozie Ujam, Dylan Green, Alinafe Mbewe, Rouella Mendonca, Kevin P. Cain, Deborah Hoege, Betha O Igbinosun, Tione R Chilambe, Eric Dusabe, Hammond N Sarkwah, Solomon Simba, Wisdom K Atiwoto, Gaetan Gatete, Katherine Norwood
article en
5 citations

Abstract

As global HIV prevention efforts face mounting fiscal pressures and persistent coverage gaps, digital health interventions (DHIs), including artificial intelligence, promise improved effectiveness, equity, and reach. Across several countries in sub-Saharan Africa, digital health tools, including mobile applications and health information systems, are extending service delivery, optimising resource allocation, improving client engagement, and strengthening HIV prevention service delivery. Artificial intelligence applications are further enhancing data analytics, epidemic modelling, hotspot prediction, and differentiated service delivery models for HIV care and prevention programmes. However, crucial challenges that reduce the effectiveness of DHIs include poor interoperability, low digital literacy, suboptimal data use and interpretation, insufficient connectivity, privacy concerns, and fragmented governance. Intentional integration of DHIs into national health strategies, supported by robust data protection frameworks, culturally relevant design, investments in workforce capacity, and sustainable financing mechanisms is essential to ensure these tools drive lasting gains in the reach, quality, and equity of HIV care and other health services. If properly resourced, governed, and integrated into health systems, DHIs, supported by artificial intelligence, can help countries deliver smarter, faster, and more equitable HIV prevention services, while also contributing to broader health system strengthening.

The Lancet Global HealthVol. 14(1)
Ministry of Health (GH), Johns Hopkins University (US), Georgetown University (US), Federal Ministry of Health (NG), Public Health Institute of Malawi (MW), Management Sciences for Health (US), Lilongwe University of Agriculture and Natural Resources (MW), Ministry of Health (KE), Duke Institute for Health Innovation (US), National AIDS Commission (MW), Ministry of Health (MW), Christian Health Association of Malawi (MW), Center for Innovation (US), Rwanda Biomedical Center (RW), Ghana Health Service (GH), National Agency for the Control of AIDS (NG), James Cook University (AU)
Openalex Percentile: Top 1%
Mobile Health and mHealth Applications
14.08
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