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November 2026

A Somali student applying to a university abroad may have completed years of education, earned a legitimate qualification, and received an official academic certificate. Yet one important question can still stand between that student and the next opportunity: How can the receiving university independently confirm that the certificate is genuine?

This is the central question explored in a newly published research paper titled “Credential Integrity and Digital Trust in Somalia: A Systems Approach to Governing Cross-Border Credential Verification.”

The research, authored by Hassan Mohamed of Oshen Labs and Ts. Hasnani Hassan of Kuala Lumpur University of Science and Technology (KLUST), Malaysia, examines the challenges of verifying academic qualifications between Somalia and Malaysia.

The paper was presented at the 2nd CIDRA Academic Conference 2026 and is now publicly available through Zenodo, with the permanent Digital Object Identifier (DOI): 10.5281/zenodo.24147102.

A Challenge Beyond Fake Certificates

Academic certificate verification is often discussed as a way to prevent fraudulent qualifications. While that concern is important, the research argues that the problem is much broader.

Somalia’s higher education system includes institutions that issue and manage academic records through different processes and formats. When graduates apply for opportunities abroad, receiving institutions may have limited access to reliable information from those issuing institutions.

In the Somalia–Malaysia context, international student applications involve universities and centralized processing organizations, including Education Malaysia Global Services (EMGS).

However, an organized application process does not automatically solve the challenge of verifying academic records issued by institutions operating under different systems.

The research identifies six interconnected challenges:

  • Differences in academic certificate formats.
  • Continued reliance on manual document verification.
  • Limited access to records held by issuing institutions.
  • Lack of real-time verification mechanisms.
  • Limited visibility into whether a certificate has been updated or revoked.
  • Weak interoperability between issuing and receiving systems.

These gaps can create uncertainty for students and additional administrative work for universities and other institutions.

More importantly, they demonstrate that credential verification is not simply about inspecting a document. It is about whether institutions have reliable ways to establish trust in one another’s records.

Why This Matters for Somalia

Academic qualifications play an important role in education, employment, and professional mobility.

When a student presents a certificate from Somalia to an institution abroad, the receiving institution must determine whether the qualification is authentic.

If reliable verification mechanisms are unavailable, the institution may need to request further documentation or contact the issuing university.

This can create delays, additional requirements, and uncertainty, even when the certificate is genuine.

The issue also affects the credibility of the education system itself.

For Somali universities seeking stronger international recognition, the ability to support independent verification could become an important part of building confidence in their qualifications.

The wider African context makes this discussion particularly relevant. Governments and institutions across the continent are exploring digital identity, interoperable public services, and more reliable digital records.

The challenge is therefore not unique to Somalia. It is part of a wider discussion about how African education systems can establish trust across institutional and national boundaries.

Introducing the National Digital Trust System

In response to the challenges identified, the research proposes a framework known as the National Digital Trust System (NDTS).

NDTS is designed as a shared digital trust layer that could help institutions verify academic credentials without requiring universities to combine their private student databases.

The framework contains four core components.

Issuer Registry: A mechanism for identifying recognized institutions authorized to issue credentials.

Credential Standards: A common structure that allows qualifications from different institutions to be interpreted consistently.

Proof and Verification Layer: Secure digital evidence that helps receiving institutions confirm the authenticity and integrity of credentials.

Status and Revocation Registry: A mechanism for determining whether an issued credential remains valid, has been updated, or has been revoked.

Under the proposed approach, a university could issue an academic credential and record secure digital proof associated with it.

A graduate could then present that credential to another institution, which could independently check the issuing institution, credential structure, digital proof, and current status.

The receiving institution would continue to make its own decisions about admission or qualification recognition.

The objective is not to replace existing universities or regulatory institutions. It is to provide a common mechanism that supports reliable verification between them.

Technology Alone Is Not the Solution

One of the paper’s central conclusions is that digital technology alone cannot establish institutional trust. The effectiveness of a framework such as NDTS depends on cooperation between universities, education regulators, and other relevant institutions.

Clear governance rules are needed to establish responsibilities for issuing credentials, managing data, and recognizing authorized institutions. Data quality is equally important. A digital system may confirm that a record has not been altered, but it cannot automatically correct inaccurate information entered when the credential was originally issued.

For this reason, the research emphasizes institutional participation, policy coordination, training, and phased implementation.

It suggests that future implementation could begin with selected institutions, allowing the framework to be tested and improved before any wider adoption.

NDTS remains a proposed research framework. Its effectiveness and practical implementation require further institutional collaboration and evaluation.

From Research to a Wider National Discussion

The paper reflects approximately six months of research, analysis, and academic review by its authors. It also builds on Oshen Labs’ broader interest in digital trust, verifiable credentials, and digital public infrastructure.

Beyond its proposed technical framework, the research raises an important policy question for Somalia:

How can educational institutions maintain control over their own records while giving universities, employers, and other authorized parties reliable ways to verify qualifications?

Answering that question requires more than digitizing existing certificates. It requires shared standards, dependable verification mechanisms, institutional cooperation, and clear governance.

As Somali graduates pursue opportunities across Africa and internationally, strengthening credential verification could help improve confidence in academic qualifications and support more consistent cross-border recognition.

The authors hope the paper will contribute to further discussion among universities, education authorities, researchers, and policymakers interested in strengthening Somalia’s education system.

Read the Full Research Paper

Title: Credential Integrity and Digital Trust in Somalia: A Systems Approach to Governing Cross-Border Credential Verification

Authors: Hassan Mohamed, MBA, and Ts. Hasnani Hassan

Presented at: 2nd CIDRA Academic Conference 2026

Repository: Zenodo

DOI: 10.5281/zenodo.24147102

Full paper: https://doi.org/10.5281/zenodo.24147102

Hassan Mohamed, MBA, is the Co-Founder of Oshen Labs and a researcher working on digital infrastructure, blockchain, digital trust, and digital public infrastructure. He is the lead author of the research discussed in this article.

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