Abstract:
The increasing reliance on data-intensive collaborative research has
intensified concerns regarding data integrity, governance, and regulatory
compliance, particularly in multi-institutional and cross-border
environments. This study critically examines how blockchain technology can
enhance data integrity within collaborative research governance, with a focus
on Kenya Agricultural and Livestock Research Organization (KALRO) and
comparative African contexts. A qualitative systematic review methodology
was employed, drawing on peer-reviewed journal articles (2022–2025)
sourced from Scopus, Web of Science, African Journals Online (AJOL), and Google Scholar. Inclusion
criteria focused on studies addressing blockchain, data governance, and regulatory compliance in research
and data-intensive environments. Findings indicate that key challenges to data integrity include inconsistent
data validation, fragmented data systems, jurisdictional regulatory conflicts, and weak enforcement of
governance frameworks. While blockchain presents opportunities through immutability, traceability, and
decentralized control, its application introduces tensions with legal frameworks such as the Kenya Data
Protection Act (2019) and the General Data Protection Regulation, particularly regarding the right to erasure.
Evidence from Kenyan and broader African studies demonstrates that permissioned blockchain systems,
combined with smart contracts, can enhance auditability, enforce compliance, and mitigate disputes over
data ownership in collaborative research. The study concludes that blockchain is not a standalone solution
but a complementary governance tool that must be integrated with robust legal, institutional, and technical frameworks. It recommends the development of standardized data governance protocols, regulatory
harmonization across jurisdictions, and capacity building within research institutions to ensure sustainable
adoption
Description:
The increasing reliance on data-intensive collaborative research has
intensified concerns regarding data integrity, governance, and regulatory
compliance, particularly in multi-institutional and cross-border
environments. This study critically examines how blockchain technology can
enhance data integrity within collaborative research governance, with a focus
on Kenya Agricultural and Livestock Research Organization (KALRO) and
comparative African contexts. A qualitative systematic review methodology
was employed, drawing on peer-reviewed journal articles (2022–2025)
sourced from Scopus, Web of Science, African Journals Online (AJOL), and Google Scholar. Inclusion
criteria focused on studies addressing blockchain, data governance, and regulatory compliance in research
and data-intensive environments. Findings indicate that key challenges to data integrity include inconsistent
data validation, fragmented data systems, jurisdictional regulatory conflicts, and weak enforcement of
governance frameworks. While blockchain presents opportunities through immutability, traceability, and
decentralized control, its application introduces tensions with legal frameworks such as the Kenya Data
Protection Act (2019) and the General Data Protection Regulation, particularly regarding the right to erasure.
Evidence from Kenyan and broader African studies demonstrates that permissioned blockchain systems,
combined with smart contracts, can enhance auditability, enforce compliance, and mitigate disputes over
data ownership in collaborative research. The study concludes that blockchain is not a standalone solution
but a complementary governance tool that must be integrated with robust legal, institutional, and technical frameworks. It recommends the development of standardized data governance protocols, regulatory
harmonization across jurisdictions, and capacity building within research institutions to ensure sustainable
adoption.