The bottom line: Logistics networks with weak security governance become preferred targets for organized theft rings, as cyber-enabled freight theft offers lower risk with higher yields than traditional retail theft.
Cyber-driven cargo thefts have surged over 90 percent since 2021, with strategic high-tech thefts increasing by 1,500 percent. Transport management systems and fragmented supply chains are becoming increasingly attractive targets for attackers compared to physical break-ins at retail stores.
Freight logistics is undergoing a phase of rapid digitalization: autonomous vehicles, connected systems and robotics have modernized the industry to reduce transport costs. But these technologies also create new attack vectors. According to TruckNews.com, cargo thefts have risen over 90 percent since 2021. Even more remarkable: cyber-enabled vehicle thefts during transport increased by approximately 1,400 percent. The FBI has recognized the trend and is now dedicating resources to combat it.
The logistics industry is fragmented and paper-based processes are being digitalized – but without adequate security controls and governance. From production to the end customer, numerous parties are involved: warehouse management systems, brokers, bills of lading, payment systems and vehicle telemetry. Each of these handoff points represents a trust boundary and harbors vulnerabilities. Unlike guarded stores with cameras and locked shelves, an attacker can compromise a transport management system, redirect an entire shipment and cover their tracks – with significantly higher success rates and lower immediate risk. A prominent example: unknown attackers compromised a transport vehicle to steal an NBA legend Shaquille O’Neal’s Range Rover while in transit.
Attackers exploit established techniques such as Business Email Compromise (BEC), identity theft with carrier impersonation, hacking of freight exchanges and cargo redirection, and manipulation of electronic bills of lading (eBOL). These attack patterns emerge from the multitude of handoff points and parties involved – each interface is a potential entry point that attackers can exploit.
Source: www.csoonline.com · Published 29 July 2026
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