Securing containerized supply chain through public and private partnership

Author:

Nikoofal Mohammad Ebrahim1ORCID,Pourakbar Morteza2ORCID,Gumus Mehmet3ORCID

Affiliation:

1. Ted Rogers School of Management Toronto Metropolitan University Toronto Canada

2. Rotterdam School of Management Erasmus University Rotterdam Rotterdam Zuid‐Holland The Netherlands

3. Desautels Faculty of Management McGill University Montreal Canada

Abstract

AbstractGlobal trade is seafaring commerce; 90% of traded goods are carried by maritime transport, which has become vulnerable to security risks. This has led governments to initiate security programs serving tens of thousands of members worldwide. This paper studies the government's incentive design and the interaction between Customs inspection capacity and the incentives offered in security programs. Using the theory of incentives, we investigate the value of a partnership in improving the security of containerized supply chain. We developed a sequential game featuring the government, firms, and an adversary. The government selects the inspection capacity and incentives to foster the partnership, namely, an operational benefit in the form of a reduced inspection rate, and a security benefit obtained through reductions in the risks of adversarial infiltration. Firms subsequently decide on a collaboration level, followed by a strategic adversary's decision to infiltrate. Using the adversary's best response, we show that, in equilibrium, the government ranks all the firms and induces collaboration with only a subset of them. We demonstrate that, in equilibrium, while security incentives may benefit all participants, tailored operational incentives should be offered strictly to foster collaboration. The required condition to implement the inspection‐free lane for members is also characterized. Our results also inform practice to help security policymakers understand the underlying interaction between Customs inspection capacity and incentive design in forging collaboration with private firms. In particular, as firms opting for collaboration experience lower inspection rates, this further reduces overall congestion, which, in turn, creates a positive externality for nonmember firms. Therefore, having an excess inspection capacity may result in shorter wait times that could dissuade firms from collaborating.

Publisher

SAGE Publications

Subject

Management of Technology and Innovation,Industrial and Manufacturing Engineering,Management Science and Operations Research

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2. Research on Power Supply Chain Security Risk Monitoring based on Particle Swarm Optimization;2023 9th Annual International Conference on Network and Information Systems for Computers (ICNISC);2023-10-27

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