Factors Affecting Blockchain Technology Adoption by Organizations in the Livestock Supply Chain Industry in Zimbabwe

Abstract

Blockchain is a distributed ledger technology that provides the building block for many innovations. The distributed nature of blockchain, its immutability, and anonymity enable trust, transparency, and security among transacting or trading partners. The accelerated unfolding of 4IR due to the COVID- 19 pandemic recently unveiled several critical gaps within global supply chains, including livestock supply chains. The main challenges faced by organizations in the livestock supply industry in the developing world include difficulties for farmers in accessing new markets, no flexibility in production times, and no traceability for the consumer market to trace food component authenticity. In Zimbabwe, livestock is an important sector contributing about 22% of the total GDP. From several studies done by other researchers in different industries, such as health care, banking, mining, education, and agriculture, it is evident that blockchain technology solves most of these issues by decreasing data asymmetries and the cost of transactions to benefit all stakeholders. Blockchain-based solutions have recently been introduced to the livestock sector, and Zimbabwe is one of the early adopters among its African counterparts. However, the adoption rate by organizations within the livestock supply chain has been minimal. Using the lens of the TOE framework, this study investigated the factors that affect the decision by organizations in Zimbabwe's livestock supply chains to adopt blockchain technology. A qualitative approach was applied, interviewing fifteen informants from various levels of the livestock supply chain. Responses were analysed using thematic analysis. The study found that adopting blockchain benefits organizations and the overall livestock supply chain. The study found that technological, organizational, and environmental factors influenced organizations' decision to adopt blockchain technologies within livestock supply chains. These factors included availability of the technology, cost of the technology, skills availability, regulation and policies, competitive pressures, presence of blockchain providers, political and socio- economic factors and market trends.