A Kaspersky study titled The journey of a paper unicorn: adventures inside a modern warehouse traces a modern warehouse through eight stages—from unloading to shipment—and shows how a cyberincident can cascade through both IT and OT layers to disrupt every step of order fulfilment. The piece emphasises that a warehouse is not just a building but a tightly connected ecosystem of web apps, radio channels, printers, PLCs, robots, and a central warehouse management system (WMS).
It explains how a single falsified data entry in the receiving stage, for example, can ripple downstream to mis-packaging, mis-sorting, or stock miscounts, ultimately leading to delays, fines, and lost revenue. The WMS acts as the system of record and coordinates dozens of devices and processes; compromising it can give an attacker access to conveyors, robotics, and even the facility’s security controls.
The article details practical entry points and risks, ranging from internet-facing services and Wi‑Fi/Bluetooth to barcode scanners, portable data terminals (PDTs) and mobile printers. It notes that attackers can exploit trusted artefacts such as scanners that inject keystrokes or break kiosk lockdowns on PDTs to gain footholds inside the network.
A notable explicit example is CVE-2026-70774 in Oracle Warehouse Management, described as a high-severity authorization bypass that could enable unauthorized data manipulation with network access, threatening integrity and availability. The authors advocate a coordinated security architecture—segmentation, zero-trust, SSDLC, robust wireless and device management, and rigorous access controls—because a compromised WMS can permit wealth of downstream impact, from misrouted stock to exposed customer data.