When purchasing mobile robots directly from a Chinese manufacturer, companies must conduct thorough cybersecurity checks. Beyond performance and cost, they need to assess data flows, remote access, updates, and maintenance conditions, as these robots integrate into the industrial IT system. A French company, for instance, must evaluate the robots' payload, autonomy, navigation accuracy, and pricing while understanding their digital architecture before connecting them to the site network.
The absence of a European integrator places the onus of these checks on the company or a cybersecurity specialist. While having an integrator does not guarantee cybersecurity, their scope, skills, and responsibilities must be clearly defined. Key factors to examine include documentation, communication transparency, and the ability to revoke remote access. The critical question for the industrial buyer is who controls the robots, their data, and connections post-installation.
Mobile Autonomous Robots (AMRs) rarely operate in isolation; they communicate with fleet management servers, supervisory interfaces, warehouse management systems, and maintenance services. The cybersecurity perimeter must also include administrative workstations, network equipment, and software interfaces. The NIST emphasizes that Operational Technology (OT) systems have specific requirements for availability, reliability, and security, making it essential to evaluate the impact of potential cyber compromises on operations.
Editor's Note
As industries increasingly adopt mobile robots, understanding cybersecurity risks becomes paramount. Companies must ensure that they have robust protocols in place, especially when sourcing from international manufacturers. The integration of these robots into existing IT infrastructures necessitates a comprehensive evaluation of potential vulnerabilities and access controls to safeguard operational integrity.
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