Abstract
This paper contributes to the developing literature on weaponized interdependence by demonstrating through a case study of American export controls targeting Huawei that global value chain (GVC) analysis is a more appropriate tool to analyze the effects of weaponizing supply chains than the network topography approach. The case study examines two key chokepoints the US government has attempted to use in its campaign against Huawei: electronic design automation (EDA) software tools and chipmaking capital equipment.
The still developing weaponized of interdependence framework recognizes that some chokepoints may be more durable than others. However, with its network topography, the weaponization literature has not developed the appropriate approach to evaluate interdependence involving tangible goods. This paper argues that global value chain (GVC) analysis is a superior analytic approach because it can better evaluate the operations of interdependence involving tangible goods and offers more leverage to evaluate the durability of chokepoints.
GVC analysis highlights the importance of GVC linkage characteristics, GVC polarity and GVC- and weaponization policy-shaped corporate interest as the important determinants of chokepoint durability. The paper demonstrates the importance of these GVC-related factors through case studies of the EDA tools and chipmaking equipment.
The still developing weaponized of interdependence framework recognizes that some chokepoints may be more durable than others. However, with its network topography, the weaponization literature has not developed the appropriate approach to evaluate interdependence involving tangible goods. This paper argues that global value chain (GVC) analysis is a superior analytic approach because it can better evaluate the operations of interdependence involving tangible goods and offers more leverage to evaluate the durability of chokepoints.
GVC analysis highlights the importance of GVC linkage characteristics, GVC polarity and GVC- and weaponization policy-shaped corporate interest as the important determinants of chokepoint durability. The paper demonstrates the importance of these GVC-related factors through case studies of the EDA tools and chipmaking equipment.
Original language | English |
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Publication date | 2022 |
Number of pages | 31 |
DOIs | |
Publication status | Published - 2022 |
Event | American Political Science Association, APSA Annual Meeting 2022: Rethink, Restructure, and Reconnect: Towards a Post-Pandemic Political Science - Montréal, Montréal, Canada Duration: 15 Sept 2022 → 18 Sept 2022 https://connect.apsanet.org/apsa2022/ |
Conference
Conference | American Political Science Association, APSA Annual Meeting 2022 |
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Location | Montréal |
Country/Territory | Canada |
City | Montréal |
Period | 15/09/2022 → 18/09/2022 |
Internet address |