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Building for Africa Requires More Than Just Scaling Global Solutions

There is a common assumption in technology: if a solution works in one part of the world, it can simply be scaled and deployed somewhere else. Build it once, expand everywhere. On paper, it sounds efficient. In reality, it rarely works that way.

By Bonginkosi Mabaso · 23 August 2026

Split image: a man and children looking at a tablet in Africa, and a woman working on a laptop near the Eiffel Tower in Paris

There is a common assumption in technology: if a solution works in one part of the world, it can simply be scaled and deployed somewhere else. Build it once, expand everywhere. On paper, it sounds efficient. In reality, it rarely works that way.

Over the past years, our team Ann-Connect had the opportunity to visit and engage with institutions and partners across several European countries, including France, the United Kingdom and Switzerland. These conversations were insightful, not only because they allowed us to share what we are building, but because they challenged us to think deeper about the environments technology is built for.

One of the biggest lessons was simple but powerful: context matters more than technology.

In many parts of Africa, the biggest barrier to accessing digital education is connectivity. Reliable internet is not always guaranteed. Data can be expensive. Infrastructure varies widely between urban and rural areas. Because of this reality, solutions that assume constant connectivity often leave millions of people behind.

This is precisely the problem Ann-Connect set out to solve. We designed systems that can operate even when connectivity is limited or unavailable, ensuring that students and institutions are not excluded simply because the internet is unstable. In the African context, this has proven to be a powerful value proposition because it directly addresses a structural challenge.

But something interesting happened when we started sharing the same solutions in Europe.

Connectivity was not their biggest concern.

In countries like the UK, France and Switzerland, internet infrastructure is widely available and reliable. The conversation quickly shifted away from connectivity and toward other issues institutions are facing issues such as integrity in online assessments, scalable digital examination management, security, and trust in remote learning environments.

And that is where we realized something important.

While the problem we emphasize in Africa is connectivity, the problem many European institutions emphasize is credibility and trust in digital learning environments. The challenges may look different on the surface, but they intersect in ways we had not fully appreciated before.

Interestingly, the very architecture we built to solve African challenges also happens to address many of these global concerns. Systems designed for resilience, security, verification and accountability are not just useful in low-connectivity environments they are valuable everywhere.

This experience reinforced a principle we strongly believe in:

Technology should not be copied across regions without understanding the realities of the people who will use it.

Africa does not need scaled-down versions of Western systems. It needs solutions built with its own infrastructure, economics and social realities in mind. At the same time, solutions born from these environments can have global relevance precisely because they are designed to solve complex constraints.

Innovation does not always flow in one direction.

Sometimes, solutions developed to address the toughest challenges become the most adaptable technologies across the world. For us, this journey has been a reminder that building for Africa is not a limitation, it is an opportunity to design technologies that are resilient, inclusive and globally relevant.

And as we continue engaging with institutions both on the continent and internationally, one thing is becoming increasingly clear: the future of digital education will not be defined by where technology is built, but by how deeply it understands the problems it is meant to solve.