By HiPipo Money
For decades, building national digital systems was expensive.
Very expensive.
Governments often depended on proprietary software vendors, costly licensing agreements, external consultants, and fragmented technology contracts to build:
- identity systems,
- payment infrastructure,
- government portals,
- healthcare platforms,
- and digital public services.
The result was frequently:
- high implementation costs,
- vendor dependency,
- slow customization,
- weak interoperability,
- and limited local ownership.
For many developing economies, building modern digital infrastructure at national scale seemed financially overwhelming.
Then a different idea began gaining global momentum:
What if countries could build critical digital systems using open, reusable digital public goods instead of reinventing everything independently?
That idea is now reshaping digital transformation conversations across Africa.
And increasingly, open-source Digital Public Infrastructure components may become some of the continent’s most important tools for expanding inclusion affordably and at scale.
Digital Public Goods (DPGs) broadly refer to open-source software, open standards, open data, and reusable digital systems designed for public benefit. In the DPI world, these components increasingly support:
- digital identity,
- payments,
- interoperability,
- healthcare,
- education,
- social protection,
- and e-government systems.
The philosophy behind them is powerful:
Critical digital infrastructure should not always require every country to build from scratch.
Instead, trusted reusable building blocks can accelerate innovation, reduce costs, improve interoperability, and strengthen local ownership.
For Africa, where governments are rapidly digitizing amid budget constraints and growing inclusion needs, this model is especially attractive.
One of the most widely discussed examples globally is MOSIP, the Modular Open Source Identity Platform.
MOSIP was designed as an open-source foundational identity platform enabling countries to build digital ID systems more affordably and flexibly. Rather than forcing countries into rigid proprietary architectures, MOSIP allows governments to customize and adapt systems according to local policy, legal, and operational requirements.
Its significance extends beyond technology.
MOSIP represents a broader shift toward digital sovereignty and reusable public infrastructure.
Countries adopting such systems gain greater flexibility to:
- localise implementation,
- reduce vendor lock-in,
- improve interoperability,
- and build local technical capacity.
This matters enormously for Africa.
Because digital infrastructure is no longer simply an IT project.
It is national infrastructure.
Several African countries have increasingly explored or adopted open digital public infrastructure approaches within broader digital transformation agendas.
Digital identity modernisation efforts across parts of Africa increasingly reflect recognition that scalable systems require:
- affordability,
- interoperability,
- flexibility,
- and long-term sustainability.
Open-source models help address these challenges by reducing barriers to deployment and allowing governments to collaborate more effectively around shared digital foundations.
This creates opportunities for regional learning and adaptation.
A country modernising its identity systems does not necessarily need to start from scratch.
A government building interoperability layers can leverage global standards.
A payment modernisation effort can adopt reusable open frameworks.
The acceleration potential is significant.
Open-source payment infrastructure is also becoming increasingly important.
Africa’s payment ecosystems continue evolving rapidly through:
- mobile money,
- FinTechs,
- instant payments,
- interoperable wallets,
- and cross-border settlement systems.
But fragmentation remains a major challenge.
Different systems often struggle to communicate smoothly, increasing:
- operational costs,
- onboarding friction,
- settlement complexity,
- and exclusion.
Open standards and interoperable public infrastructure models can help reduce these barriers.
The broader vision is to create ecosystems where:
- banks,
- FinTechs,
- mobile operators,
- governments,
- and SMEs
can interact more efficiently through trusted common rails.
This becomes especially important under AfCFTA, where regional digital trade depends heavily on interoperable infrastructure.
Healthcare provides another powerful example.
Many African healthcare systems face:
- fragmented patient records,
- disconnected clinics,
- limited interoperability,
- and resource constraints.
Open-source digital health systems can help governments and providers deploy:
- electronic medical records,
- telemedicine platforms,
- supply-chain systems,
- and public-health coordination tools
more affordably.
This is especially relevant in rural and underserved communities where expensive proprietary infrastructure may remain unrealistic.
Open infrastructure therefore becomes an inclusion multiplier.
Education systems are evolving similarly.
Digital public goods increasingly support:
- online learning,
- student identity systems,
- credential verification,
- school administration,
- and digital literacy programs.
Reusable infrastructure reduces duplication and allows governments to focus more resources on service delivery rather than rebuilding basic systems repeatedly.
The local innovation implications are equally important.
Open-source ecosystems can strengthen African developer communities significantly.
Instead of relying entirely on closed external systems, local engineers and startups can:
- customize platforms,
- build integrations,
- improve security,
- localize interfaces,
- and create new services on top of shared infrastructure.
This creates opportunities for:
- local technical capacity,
- digital entrepreneurship,
- and innovation ecosystems.
Digital sovereignty increasingly depends not only on using technology, but understanding and shaping it locally.
Yet despite the promise, open-source infrastructure is not automatically simple or risk-free.
One major misconception is that “open source” means “free.”
In reality, large-scale public digital infrastructure still requires:
- implementation expertise,
- cybersecurity investment,
- governance frameworks,
- operational maintenance,
- cloud infrastructure,
- training,
- and long-term institutional capacity.
Countries adopting open systems still need strong execution capability.
Technology alone does not guarantee successful transformation.
Governance remains equally critical.
Open-source systems still require:
- privacy protections,
- cybersecurity resilience,
- data governance,
- accountability frameworks,
- and strong institutional oversight.
A poorly governed open system can still create:
- security vulnerabilities,
- exclusion risks,
- operational failures,
- or privacy concerns.
Trust therefore remains foundational.
Citizens must believe:
- systems are secure,
- data is protected,
- and infrastructure serves public interest rather than institutional abuse.
Without trust, even technically advanced systems struggle socially.
Cybersecurity becomes especially important because open systems are highly visible.
Their transparency allows global collaboration and auditing, which is a strength.
But it also means governments must invest seriously in:
- security testing,
- patch management,
- authentication systems,
- encryption,
- and incident response capacity.
Open infrastructure without strong security discipline can become dangerous.
Sustainability presents another challenge.
Digital public infrastructure is not a one-time deployment.
It requires:
- continuous upgrades,
- operational governance,
- local talent development,
- funding models,
- and institutional coordination.
Countries therefore need long-term digital infrastructure strategies rather than isolated technology projects.
Still, the broader opportunity remains extraordinary.
Open digital public goods can help Africa:
- reduce infrastructure costs,
- accelerate inclusion,
- improve interoperability,
- strengthen local innovation,
- support AfCFTA integration,
- modernize public services,
- and avoid unnecessary duplication across countries.
This could significantly accelerate the continent’s digital transformation journey.
There is another deeper implication beneath the surface:
The future of digital power may increasingly depend on who owns and shapes foundational infrastructure.
If critical digital systems remain entirely dependent on closed external platforms, countries risk losing strategic flexibility over:
- identity,
- payments,
- data governance,
- and economic systems.
Open digital public infrastructure offers an alternative path:
shared, adaptable, collaborative foundations designed around public interest goals.
For Africa, this conversation is becoming increasingly strategic.
For HiPipo Money, the rise of digital public goods reflects one of the most important shifts shaping the continent’s digital future.
Africa’s next leap may not come only from creating more apps.
It may come from building stronger shared infrastructure underneath everything else.
This aligns strongly with broader ecosystem conversations around:
- interoperability,
- digital sovereignty,
- financial inclusion,
- open innovation,
- AfCFTA,
- identity modernisation,
- and inclusive digital transformation championed through initiatives such as the Digital Impact Awards Africa (DIAA), Include Everyone, Women in FinTech, and broader innovation ecosystems across the continent.
Because ultimately, digital public goods are not only about software. They are about access.
A government reducing costs. A startup building faster. A rural citizen accessing identity services. A healthcare worker using connected systems. A trader joining digital commerce.
A continent building shared digital foundations instead of isolated digital islands.
Most citizens may never hear terms like MOSIP or open-source DPI frameworks.
But quietly, these systems may help determine whether Africa’s digital future becomes:
- affordable or expensive,
- connected or fragmented,
- inclusive or unequal,
- locally shaped or externally dependent.
And in the end, the strongest infrastructure may not be the most proprietary.
It may be the infrastructure that allows the most people to participate.
