Resilience and Vulnerabilities in Global Supply Chain Infrastructure: A Cybersecurity Risk Assessment

Abstract

The increasing interconnectivity of global supply chains has amplified their exposure to cyber threats, creating significant vulnerabilities that can disrupt economic stability and operational continuity. Cybersecurity risks in supply chain infrastructure stem from multiple attack vectors, including supply chain infiltration, ransomware, data breaches, and operational technology exploitation. Resilience within this framework necessitates a combination of advanced threat detection, robust security protocols, and collaborative risk mitigation strategies. This paper explores the principal vulnerabilities within global supply chain infrastructure, the cyber threats that exacerbate these weaknesses, and the resilience strategies organizations can implement to mitigate risks. The discussion covers systemic vulnerabilities in digital supply chain ecosystems, the role of third-party risks, the emergence of artificial intelligence in cyber defense, and regulatory frameworks designed to enhance supply chain security. By analyzing the intersection of cybersecurity and supply chain infrastructure, this study provides a comprehensive assessment of how organizations can fortify their defenses against evolving cyber threats.