Trend AnalysisEducationSystematic Review

Global South Education โ€” Digital Divide and Leapfrogging Opportunities

Education technology in the Global South faces a compound challenge: infrastructure gaps, affordability barriers, and limited digital literacy create a digital divide that EdTech cannot bridge alone. A bibliometric analysis of R&D spending reveals that 67% of Arab States' research output depends on Global North collaboration, while Sub-Saharan Africa shows the widest disparities.

By ORAA Research
This blog summarizes research trends based on published paper abstracts. Specific numbers or findings may contain inaccuracies. For scholarly rigor, always consult the original papers cited in each post.

The promise of education technology in the Global South has always been dual: bridging gaps in access and quality while potentially enabling "leapfrogging"โ€”skipping intermediate stages of development to adopt advanced technologies directly. Mobile banking in East Africa is the canonical leapfrogging example, and EdTech advocates have long hoped for a similar trajectory in education.

The reality has been more complicated. A comprehensive bibliometric analysis by Akpan, Offodile, Akpanobong, and Kobara (2024) reveals the structural dimensions of the digital divide in education across Global South countries. Their findings show that research and development (R&D) expenditure on virtual education and e-learning varies enormously across regions, with corresponding effects on research output and innovation capacity.

The R&D Landscape

Akpan et al. (2024) analyze bibliometric data alongside World Bank R&D expenditure figures to map the relationship between investment and educational technology research output. East Asia and the Pacific spent significantly more on R&D and achieved the highest scientific literature publication rates, with measurable impacts on educational practice. Other Global South regions maintained flat R&D spending until 2020, when COVID-19 triggered increased funding and a corresponding 42% rise in publications.

Two findings are particularly revealing. First, 67% of Arab States' scientific literature publications and 60% of their citation impact came from collaborations with Global North and other Global South institutions, indicating high research dependency rather than indigenous capacity. Second, 51% of high-impact publications were multi-country collaborations primarily led by non-Global South institutions. The knowledge being produced about Global South education is substantially shaped by external perspectives and priorities.

Sub-Saharan Africa, Latin America and the Caribbean, and Eastern Europe and Central Asia showed the highest digital divides, with a few dominant countries accounting for most research output within each region. This intra-regional inequality mirrors the broader digital divide: within the Global South, some countries are advancing rapidly while others fall further behind.

The Digital Divide as an Equity Problem

Assefa, Gebremeskel, Moges, Tilwani, and Azmera (2024) reframe the digital divide through a social justice lens. Their systematic review identifies three primary drivers: affordability of digital devices, infrastructure limitations, and limited digital literacy. Critically, they argue that the digital divide does not merely limit access to technologyโ€”it impairs teachers' pedagogical approaches, reduces students' learning engagement, and exacerbates existing educational disparities.

The compounding nature of the divide is central to their argument. Students from marginalized communities face what the authors term "automated inequality"โ€”where the very technologies designed to democratize education reinforce existing stratifications because access is distributed along existing socioeconomic lines.

<
ClaimEvidenceVerdict
EdTech can bridge the educational gap in the Global SouthInfrastructure and affordability barriers limit reachโš ๏ธ Conditional โ€” requires infrastructure investment
Global South countries are building indigenous EdTech research capacityAkpan et al. (2024): high dependency on Global North collaborationโš ๏ธ Uneven โ€” some regions advancing, others dependent
COVID-19 accelerated EdTech adoption in the Global SouthBoth studies: increased funding and adoption during pandemicโœ… Supported
The digital divide primarily affects accessAssefa et al. (2024): affects pedagogy, engagement, and outcomesโŒ Too narrow โ€” divide affects the entire learning ecosystem

The World Bank's EdTech Strategy

Salimi (2025) provides a critical examination of the World Bank's approach to ICT in education in Sub-Saharan Africa from 2011 to 2022. Through analysis of the Bank's policy documents and project portfolios, the study finds a gap between the Bank's research recommendations and its funding patterns. Policy documents emphasize comprehensive EdTech integration, but actual project funding often supports hardware procurement without equivalent investment in teacher training, content development, or ongoing support.

This patternโ€”what might be called the "technology-first" approachโ€”has been a persistent critique of EdTech interventions in developing contexts. Providing devices without connectivity, connectivity without content, or content without pedagogical support produces investments that underperform their potential. Salimi's analysis suggests that even institutional actors with significant resources and expertise continue to struggle with implementing comprehensive approaches.

Ground-Level Evidence

Kafile, Ninana, and Makhetha (2025) provide mixed-methods evidence from South Africa's Extended Curriculum Programme, where digital access disparities directly affect learning participation. Their study confirms that technology plays a critical role in supporting engagement but that disparities in access and digital literacy undermine equity in practice. Students in the programme who lacked reliable internet access or personal devices fell behind in online components, creating a two-tier learning experience within the same programme.

The South African case illustrates a broader pattern: as education systems increasingly incorporate digital components, the consequences of the digital divide shift from being about access to optional supplementary resources to being about access to core educational experiences.

Leapfrogging: Conditions and Constraints

The leapfrogging narrative remains attractive but requires qualification. Mobile phone penetration in the Global South exceeds computer access by large margins, and mobile-first educational platforms have shown promise in several contexts. But educational leapfrogging faces constraints that financial leapfrogging did not: education requires sustained engagement over years, not one-time transactions; learning outcomes depend on human relationships (teachers, peers) that technology can supplement but not replace; and educational quality assessment is harder to automate than financial transaction verification.

Genuine educational leapfrogging may be possible in specific domainsโ€”language learning apps, mathematics practice platforms, vocational training simulationsโ€”where content can be delivered effectively through mobile devices and learning outcomes can be assessed algorithmically. But for the broader goals of educationโ€”critical thinking, civic engagement, professional identity formationโ€”the pathway from technology adoption to improved outcomes is longer and less certain.

Open Questions

The most pressing question is whether the post-COVID increase in EdTech investment in the Global South will be sustained or was a crisis response that fades as the pandemic recedes. If R&D spending returns to pre-pandemic levels, the publication and innovation gains documented by Akpan et al. may prove temporary.

Second, the relationship between indigenous research capacity and effective EdTech implementation deserves attention. Solutions developed externally may not fit local contexts, but building local research capacity requires long-term investment in human capital and institutional infrastructure.

Third, the role of generative AI in Global South education presents both opportunity and risk. AI tutoring systems could potentially provide individualized instruction in resource-constrained settings, but they also require connectivity, devices, and digital literacy that the most marginalized learners lack.

References (6)

Akpan, I., Offodile, O. F., Akpanobong, A., & Kobara, Y. (2024). A comparative analysis of virtual education technology and digital divide in the Global South. Informatics.
Assefa, Y., Gebremeskel, M., Moges, B. T., Tilwani, S. A., & Azmera, Y. A. (2024). Rethinking the digital divide and educational in(equity) in developing countries. The International Journal of Information and Learning Technology.
Salimi, F. (2025). Aligning policy and practice: The World Bank's approach to EdTech in Sub-Saharan Africa. Compare: A Journal of Comparative and International Education.
Kafile, M., Ninana, A., & Makhetha, P. (2025). The digital divide and e-learning participation in South Africa. International Journal of Learning, Teaching and Educational Research.
Assefa, Y., Gebremeskel, M. M., Moges, B. T., Tilwani, S. A., & Azmera, Y. A. (2025). Rethinking the digital divide andย associated educational in(equity) in higher education in the context ofย developing countries: the social justice perspective. The International Journal of Information and Learning Technology, 42(1), 15-32.
Kafile, M., Ninana, A., & Makhetha, P. (2025). The Digital Divide and E-Learning Participation: A Mixed-Methods Study of Extended Curriculum Programme Students in South Africa. International Journal of Learning, Teaching and Educational Research, 24(9), 769-784.

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