The increasing global interconnectedness and inter-dependency demands a dynamic technological innovation process for Supply Chain Management (SCM). Technology brings a new evolution that requires a different type of analysis and a management process. This new paradigm is a technology-driven model integrating supply chain management activities and manufacturing. The paradigm comprises the original two-way communication between the original three tenants of a supply chain. This research addresses the increasing global interconnectedness and interdependence by developing a theoretical, adaptive, and responsive supply chain model for manufacturing SCM systems. The objective is to explore and explain how a technology-driven paradigm can enhance supply chain management by integrating traditional supply chain elements (suppliers, manufacturing, and customers) with modern components such as high-speed technology, the Internet of Things (IoT), and big data, in an external environmental factor paradigm (PESTEL). Through a qualitative research approach, this study seeks to establish a model that improves the supply chain’s ability to adapt to dynamic changes in demand, ensuring greater responsiveness and efficiency in manufacturing supply chain management systems.