Skin lands in Ghana and application of blockchain technology for acquisition and title registration

Purpose: The land sector in Ghana, particularly skin lands acquisition and title registration are fraught with several issues including unreliable record-keeping systems and land encroachments. The paper explores the potential of blockchain application in skin lands acquisition and title registration in Ghana with the aim of developing a blockchain-enabled framework for land acquisition. The purpose of this paper is to use the framework as a tool towards solving some of the loopholes in the process that leads to numerous issues bedeviling the current system. Design/methodology/approach: The paper adopts a systematic literature review approach fused with informal discussions with key informants and leverages on the researchers’ own experiences to conceptualize blockchain application in skin lands acquisition in Ghana. Findings: Problems bedeviling skin lands acquisition and title registration emanated from the issuance of allocation notes, payment of kola money and use of a physical ledger to document land transactions. As a result, the developed framework was designed to respond to these issues and deal with the problems. As the proposed blockchain framework would be a public register, it was argued that information on all transactions on a specific parcel of land could be available to the public in real-time. This enhances transparency and possibly resolves the issue of encroachments and indeterminate land boundaries because stakeholders can determine rightful owners of land parcels before initiating transactions. Practical implications: Practically, blockchain technology has the potential to deal with the numerous issues affecting the smooth operation of skin lands acquisition and title registration in Ghana. Once the enumerated issues are resolved, there will be certainty of title to and ownership of land and property to drive investments because lenders could more easily ascertain owners of land parcels that could be used as collateral for securing loans. Similarly, property developers and land purchasers could easily identify rightful owners for land transactions. The government would be able to identify owners for land and property taxation. Originality/value: This paper contributes to the literature on blockchain and application to land acquisition and title registration with a focus on a specific customary land ownership system.