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360-Degree Risk Assessment for Robot Technology

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360-Degree Risk Assessment for Robot Technology -1

Service description

This service delivers a structured 360 degree risk assessment combining physical machinery safety and OT industrial cybersecurity (IEC 62443 and ISO 12100) for robotic automation, smart end effectors, and edge AI connected tools. We evaluate network penetration risks, secure remote access vulnerabilities, wireless interface exposure, functional safety stop circuits, and AI trust in automated decision paths. The purpose is to help robotics developers and manufacturing machine builders ensure compliance with the EU Cyber Resilience Act (CRA) and EU Machinery Regulation, preventing costly product redesigns and securing industrial production lines against operational disruptions. Type of service: Test / Technical assessment and risk evaluation
Forventede resultater:

A documented 360-degree risk assessment of the robot technology, including identified safety and cybersecurity risks, mitigation recommendations, and guidance for further development or compliance work.

Metodologi:

The service is delivered as a structured risk assessment process conducted in DTI SafetyLabb and Cybersecurity Testing Facility. Work packages include technical architecture and data flow reviews, port scanning and protocol vulnerability probing (EtherNet/IP, PROFINET, OPC UA, ROS2), threat modeling of connected cloud and edge interfaces, physical safety interlock verification on industrial testbeds, and delivery of an actionable mitigation roadmap with prioritized risk scores.

Mål:

Manufacturing, Factory-Level Optimisation, Robotics and automation, Machine builders and integrators, Other industrial sectors using robot technology

  • Organization: DTI
  • Type: Test
  • SUT/E: Robot systems, robotic subsystems, end effectors, control interfaces, and connected tooling for industrial use. Customers must provide electrical schematics, network architecture diagrams detailing all external interfaces and ports, software and firmware bills of materials (SBOM), access to device control interfaces or testing hardware with administrative credentials, and existing drafts of CE safety risk assessments.
  • Average duration: 30-80 hours
  • Contact us: thkr@teknologisk.dk

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