Large Scale Supply Chain Innovation in Canadian Wineries

Role of Big Data Analytics

Authors

  • Michelle Harper Pasiely University of British Columbia, Canada
  • Kylo Elizah Pierce University of British Columbia, Canada

DOI:

https://doi.org/10.69511/ijdsaa.v4i4.114

Keywords:

Big Data, Analytics, Powerful Capabilities, Development Capabilities, Online Business Value, Resource Based View

Abstract

With big data analytics rising in popularity, academics practitioners have been thinking about the ways through which they are able to get the shifts these solutions bring into the competitive strategies. Drawing on the resource-based point of view, capabilities, and on the latest literature on big data analytics, this particular analysis examines the indirect connection in between a big data analytics capability and two kinds of development abilities, radical and incremental. The study extends existing investigation by proposing BDACs enable firms to produce insight that may help strengthen the dynamic capabilities, which positively influence radical and incremental innovation capabilities. In order to test our proposed hypothesis, we used survey information from 185 chief officers and the managers operating in Italian firms. By way of partial least squares structural equation modeling, outcomes verify our assumptions about the indirect impact which BDACs have on development abilities. Particularly, we discover that dynamic abilities fully mediate the result on both radical and incremental innovation capabilities. Additionally, under conditions of higher environmentally friendly heterogeneity, the effect of BDAC's on powerful features, and in sequence, incremental innovation ability is improved, while under conditions of high environmentally friendly dynamism the impact of powerful abilities on incremental innovation abilities is amplified.

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Published

2022-12-22

How to Cite

Pasiely, M. H., & Pierce, K. E. (2022). Large Scale Supply Chain Innovation in Canadian Wineries: Role of Big Data Analytics. International Journal of Data Science and Advanced Analytics, 4(1), 165–170. https://doi.org/10.69511/ijdsaa.v4i4.114

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Section

Articles