Adoption of AI-Driven Fraud Detection System in the Nigerian Banking Sector: An Analysis of Cost, Compliance, and Competency
By: Stephen Alaba John , Joye Ahmed Shonubi , Patience Farida Azuikpe and more
Potential Business Impact:
Helps banks catch bad guys using smart computers.
The inception of AI-based fraud detection systems has presented the banking sector across the globe the opportunity to enhance fraud prevention mechanisms. However, the extent of adoption in Nigeria has been slow, fragmented, and inconsistent due to high cost of implementation and lack of technical expertise. This study seeks to investigate extent of adoption and determinants of AI-driven fraud detection systems in Nigerian banks. This study adopted a cross-sectional survey research design. Data were extracted from primary sources through structured questionnaire based on 5-point Likert scale. The population of the study consist of 24 licensed banks in Nigeria. A purposive sampling technique was used to select 5 biggest banks based on market capitalization and customer base. The Ordered Logistic Regression (OLR) model was used to estimate the data. The results showed that top management support, IT infrastructure, regulatory compliance, staff competency and perceived effectiveness accelerate the uptake of AI-driven fraud detection systems adoption. However, high implementation cost discourages it. Therefore, the study recommended that banks should invest in modern and scalable IT systems that support the integration of AI tools; adopt open-source or cloud-based AI platforms that are cost-effective; embrace continuous professional development in AI, and fraud analytics for IT, fraud investigation, and risk management staff.
Similar Papers
Agentic AI for Financial Crime Compliance
Artificial Intelligence
Automates bank rules, making them safer and clearer.
Regulating Ai In Financial Services: Legal Frameworks And Compliance Challenges
Computers and Society
Makes AI in money safe and fair.
Big Data-Driven Fraud Detection Using Machine Learning and Real-Time Stream Processing
Distributed, Parallel, and Cluster Computing
Finds fake money crimes faster than ever.