Digital Public Infrastructure: Why Governance Is Technology’s Biggest Problem

In 2025, African leaders, technology ministers and development partners gathered at the Global Digital Public Infrastructure Summit in Cape Town to accelerate what the UN Secretary-General called "digital public infrastructure (DPI) for all". The 50-in-5 campaign was launched to help 50 countries build foundational DPI in five years and attracted 32 African nations including Ethiopia, Lesotho, Malawi, Togo, Sierra Leone, Senegal, Tanzania and Zambia.

The ambition: digital identity systems enabling seamless authentication, payments and data exchange platforms coordinating government services. Open-source code is available and international expertise stands ready but World Bank's 2024 assessment states that most e-government projects in Africa fail because institutional design proves inadequate for the governance challenges digital infrastructure creates.

Uganda's Ndaga Muntu shows this. Launched to register citizens for social protection programs, the platform's technology functioned correctly. The database architecture was sound, biometric capture worked, APIs connected systems as designed. Implementation left out vulnerable populations the system intended to serve because governance mechanisms 

Understanding Digital Public Infrastructure Beyond the Technical

According to the Digital Public Infrastructure Alliance, DPI includes digital identity (verifying who someone is), digital payments (transferring value and data exchange (sharing information across systems with consent).

The technology is made up of databases, APIs, encryption, user interfaces etc and are well-understood and increasingly commoditized. What distinguishes successful DPI from failed implementations is a governance plan addressing four parts: - Who makes decisions about system rules- How data integrity is maintained across institutions- What mechanisms ensure actual service delivery to citizens and - which sustainability models make systems financially viable beyond donor funding cycles.

Who Decides the Rules

Many decisions need to be made for the system to work: Which documents need proof of identity? What happens when someone lacks certain documents? Who is called when biometric matching fails? How are vulnerable populations proactively enrolled rather than passively excluded?

These are governance questions that need functional systems including laws, regulations, oversight bodies, appeal processes that technology cannot provide.

Mauritania's digital identity system, which achieved 94% population coverage with biometric identification, succeeded through governance choices: ordering enrollment channels like mobile registration units reaching remote populations, establishing clear resolution processes when biometrics failed and creating legal frameworks defining what identity credentials enable citizens to access.

Benin achieved 98% digital identity coverage by addressing governance upfront: determining eligibility criteria transparent and defensible, establishing enrollment procedures accessible to illiterate populations and creating oversight mechanisms preventing identity system abuse by government agencies.

The Digital Transformation Centre of Africa's November 2025 strategy paper emphasizes that the primary barrier to DPI success in Africa is the absence of governance frameworks establishing who has authority to make system-level decisions, how conflicts between agencies are resolved and what mechanisms protect citizens from digital exclusion.

Data Integrity

DPI depends on data that multiple institutions trust enough to base decisions on. When a hospital verifies identity to provide services, a bank opens an account, a social protection program disburses benefits to verified beneficiaries etc all rely on confidence that the underlying data is accurate, current and protected from breach.

Data integrity isn't achieved through encryption or blockchain or any other technical mechanism independently but requires institutional accountability: Which agency has authoritative responsibility for specific data domains? How are data quality audits conducted and by whom? What penalties apply when agencies input false data or fail to update records? How do citizens correct errors in data about themselves?

Kenya's eCitizen platform, processing millions of transactions and offers access to 22,000 government services, experiences challenges daily. Different agencies maintain different citizen records; the National Registration Bureau has one database, tax authority another, social protection programs a third. When these databases conflict, which is authoritative? The platform's technical integration works correctly; APIs function, data flows between systems but governance failures emerge: No single agency has responsibility for resolving conflicts. No clear process for citizens to correct errors across systems. No mechanism ensuring agencies update records when citizen circumstances change.

Malawi's Unified Beneficiary Registry offers a different approach. Covering 77% of the population (3.9 million households) as of 2025, the UBR serves as a single authoritative source for social protection programs like school feeding, cash transfers and disaster response. According to the Ministry of Gender, Community Development and Social Welfare, the registry's success stems governance clarity: one agency (the Unified Beneficiary Registry Management System) has explicit authority to maintain the registry, clear protocols govern how other agencies submit updates, regular audits verify data accuracy and citizens have defined processes for disputing incorrect registry information.

The technical architecture is similar between Kenya's eCitizen and Malawi's UBR. The governance architecture differs dramatically. One struggles with data integrity conflicts. The other maintains trusted data through institutional design.

From Digital Systems to Citizen Outcomes

The ultimate test of digital public infrastructure is whether citizens actually receive improved services.

Morocco's strategy launched to accelerate digital transformation across government services shows the service delivery governance challenge. The strategy includes ambitious DPI commitments: universal digital identity, integrated government service platforms, digital payment infrastructure. Technical implementation proceeds successfuly; platforms built, systems integrated, user interfaces deployed yet delivery outcomes lag technical capability because governance gaps persist: government agencies lack incentives to genuinely digitize processes rather than simply adding digital interfaces to unchanged paper-based workflows. No consequences apply when agencies fail to meet service delivery standards despite functional digital infrastructure. Citizens cannot escalate complaints when digital systems exist but services remain inaccessible or slow.

Somalia's digital identity system, launched in 2023 and expanding through 2025, took a different governance approach: tying digital identity deployment explicitly to specific service delivery improvements; faster business registration, simplified tax filing, streamlined property registration. The National Identification and Registration Authority doesn't just build identity infrastructure but also monitors whether services actually improve for citizens and publishes results.

Tanzania's Government Electronic Payment Gateway (GePG) demonstrates service delivery governance at work: clear service level agreements specify maximum payment processing times, automated dashboards show which agencies meet standards and leadership reviews performance data monthly with consequences for persistent failures. 

Case Study: Beneficiary Registry Implementation

Beneficiary registries defined as centralized databases identifying citizens eligible for social protection programs explain DPI governance dynamics with particular clarity. The technical requirements are straightforward: database storing household demographic and socioeconomic data, APIs allowing social protection programs to query eligibility, user interfaces for program administrators and citizens.

Enrollment Governance: Will registration be passive (citizens must initiate) or active (government proactively identifies eligible households)? Who conducts enrollment in remote areas? What documentation is required and what happens when households lack documents? 

Data Update Governance: Household circumstances change: members die, children are born, income fluctuates. Which agency is responsible for ensuring the registry reflects current reality? How frequently are updates required? What mechanisms enable citizens to update their own information?

Access Governance: Which government agencies and programs can access registry data? What restrictions apply to prevent misuse? How is citizen consent obtained and recorded? 

Dispute Resolution Governance: When citizens are incorrectly excluded from the registry or their data is wrong, how are disputes resolved? What is the appeals process? How quickly must corrections occur? 

Malawi's Unified Beneficiary Registry succeeds because governance architecture addresses each dimension explicitly. Uganda's Ndaga Muntu struggles because governance questions remain partially answered or unanswered despite functional technology. Beneficiary registries with clear governance arrangements deliver targeted services efficiently. Those with weak governance create exclusion and frustration despite working technology.

Implications for the 50-in-5 Campaign and African DPI Implementation

As 32 African countries commit to foundational DPI by 2028, the governance-first framework suggests critical priorities:

Before Code, Design Institutions: Countries should dedicate time before technical deployment to establishing governance architecture. Laws defining agency authorities, regulations specifying service standards, oversight bodies monitoring implementation, and dispute resolution mechanisms protecting citizens. Technical deployment is faster than institutional development but the institutions matter more.

Governance Capacity Before Technical Capacity: Training programs should prioritize institutional design skills such as regulatory drafting, oversight mechanism design, service level agreement development alongside technical skills. Many African countries have sufficient technical capacity to implement DPI. Governance capacity lags.

Learn from African Successes not Just International Models: Malawi's UBR governance approach, Mauritania's identity enrollment mechanisms and Senegal's sustainability fund model offer governance innovations addressing African institutional contexts. These merit study alongside India's UPI or Estonia's X-Road.

Measure Governance Outcomes not Technical Outputs: Success metrics should focus on governance functioning like dispute resolution times, data accuracy audit results, service delivery standard compliance and financial sustainability indicators rather than technical metrics like system uptime or transaction volumes. Technology that works but excludes citizens fails. 

Conclusion: Governance as the DPI Foundation

Digital public infrastructure is not a technology problem disguised as a governance challenge. It's a governance challenge that technology makes visible.

When identity systems exclude certain groups, it's not because they were deliberately left out, it's because governance failed to design inclusive enrollment processes. When beneficiary registries contain stale data, it's not because databases can't be updated, it's because governance didn't create mechanisms requiring updates. When service delivery remains poor despite functional digital platforms, it's not because the code is bugging. it's because governance established no accountability for service standards.

The technology works. African technical capacity is sufficient. What requires investment, attention and patient institution-building is governance architecture enabling technology to deliver citizen value: clear decision-making authority, enforceable data quality standards, service delivery accountability and financial sustainability mechanisms.

As 32 African countries implement the 50-in-5 campaign commitments, the critical success factor won't be choosing the right technical platforms or training enough developers. It will be designing governance institutions adequate to the coordination, accountability and sustainability challenges that population-scale digital infrastructure creates.