Abstract
Abstract
In the contemporary business milieu, small and medium enterprises (SMEs) encounter distinct challenges in navigating the complexities of supply chain management (SCM) owing to resource constraints and operational limitations. This study proposes a conceptual model to bolster SCM efficiency within SMEs through the strategic application of business intelligence (BI). Adopting a qualitative and exploratory approach, the research delves into the experiences and insights of experts, managers, and information technology specialists entrenched in the SME landscape. Utilizing judgmental sampling, data saturation was achieved through semi-structured interviews, which were subsequently analyzed via thematic analysis. The findings unveil a comprehensive framework comprising 98 initial themes distilled into 55 basic themes, 15 organizing themes, and 4 global themes encompassing supply network analytics, business performance analytics, optimal path management, and retention and loyalty analytics. By embracing BI and integrating the proposed conceptual model, SMEs are poised to unlock novel growth trajectories and fortify their competitive standing in the contemporary business ecosystem.
Publisher
Research Square Platform LLC
Reference26 articles.
1. Digital Marketing Alliance on Small Medium Enterprises (SMES): A Systematic Literature Review;Bahukeling TS;J Aplikasi Bisnis dan Manajemen (JABM),2024
2. The Role of Information Technology in Strengthening Strategic Flexibility and Organisational Resilience of Small Medium Enterprises Post COVID-19;Wided R;J Inform Knowl Manage,2024
3. Towards an understanding of business intelligence and analytics usage: evidence from the banking industry;Mohammed AB;Int J Inform Manage Data Insights,2024
4. Tech-Business Analytics–A Review Based New Model to Improve the Performances of Various Industry Sectors;Kumar S;Int J Appl Eng Manage Lett (IJAEML),2023
5. Artificial intelligence-driven supply chain resilience in Vietnamese manufacturing small-and medium-sized enterprises;Dey PK;Int J Prod Res,2023