Enhancing supply chain resilience in emerging economies through predictive analytics and localized inventory automation

Lawal, Simbiat Atinuke and Isiyaku, Abdullahi (2025) Enhancing supply chain resilience in emerging economies through predictive analytics and localized inventory automation. World Journal of Advanced Research and Reviews, 27 (2). pp. 1118-1132. ISSN 2581-9615

Supply chain resilience has become a critical imperative for businesses operating in emerging economies, where volatility, infrastructure limitations, and resource constraints create unique challenges for traditional supply chain management approaches. This review examines the integration of predictive analytics and localized inventory automation as strategic solutions for enhancing supply chain resilience in these dynamic markets. The research synthesizes current methodologies, implementation frameworks, and performance outcomes across various sectors in emerging economies. Predictive analytics approaches, particularly machine learning algorithms, time series forecasting, and demand sensing technologies, have demonstrated significant potential in addressing the complexity of supply chain environments where traditional reactive models fail to capture market volatility and disruption patterns. The review identifies key challenges including data availability and quality, technological infrastructure limitations, and skills gap considerations. Emerging trends indicate growing adoption of hybrid models that combine predictive analytics with localized automation strategies, leading to more adaptive and responsive supply chain architectures. The findings suggest that while these technologies offer substantial improvements in supply chain performance, successful implementation requires careful consideration of local market conditions, regulatory environments, and stakeholder capabilities. Future research directions include developing more robust algorithms for data-scarce environments and addressing sustainability concerns in automated supply chain systems.