Abstract
Supply chains are frequently disrupted by human and environmental factors, which can significantly impact human lifestyles and economic conditions, particularly evident during the recent pandemic. This research aims to explore the connections between supply chain events and to understand the importance of human activities and environmental challenges in logistics and supply chain operations. The consequences of these disruptions often include economic costs and effects on human well-being. The study envisions a coexistence among various ecological systems that can help sustain supply chains while providing valuable insights into these ecosystems. Digital ecosystems and technologies (DEST) are critical tools for establishing connections and understanding the coexistence of different ecological systems. For instance, big data-driven supply chains illustrate the sustainability and operational effectiveness of information system (IS) artefacts. By linking supply chain events, this approach ensures that integrated projects deliver quality products and services to valued customers.
Recommended Citation
Nimmagadda, Shastri; Namugenyi, Christine; C Wood, Lincoln; and Singh, Azad, "Big Data Guided Supply Chains and Interpretation of Value-Added Knowledge within Coexistent Logistic Ecosystems" (2025). International Conference on Information Systems 2024 Special Interest Group on Big Data Proceedings. 2.
https://aisel.aisnet.org/sigbd2024/2