Alias Robotics :: Protecting Robots & Robotic Systems From Cyber Threats

Alias Robotics is a European cybersecurity company specializing in protecting robots and robotic systems from cyber threats. Based in Spain, the firm focuses on delivering specialized offensive security research, threat modeling, security assessments, and certification services tailored specifically for the unique challenges of robotics. Unlike general IT or IoT security providers, Alias Robotics addresses the distinct attack surfaces, safety-critical requirements, and operational complexities of robots, including those running ROS, ROS 2, industrial arms, AGVs, and connected autonomous systems.

The company offers end-to-end cybersecurity services built around a structured “robot security flow.” This begins with Robot Security Threat Modeling to map data flows and trust boundaries, followed by targeted Security Assessments that identify vulnerabilities through penetration testing and red teaming exercises. Alias Robotics also assists with compliance and certification against standards such as IEC 62443, ISO 21434, ISO 27001, and MISRA C. All services emphasize that there is “no safety without security,” highlighting how an insecure robot can pose physical risks to humans and environments.

Its robot-based cybersecurity products are designed exclusively for robotic environments. The Robot Immune System (RIS) is an endpoint protection platform that installs directly into robots to defend against malware. The Secure Data Recorder for Robots (BlackBox) is a ruggedized forensic device that continuously records robotic data for traceability, incident investigation, and attack reconstruction. Alurity serves as a modular, open-source toolbox containing dozens of specialized robot security testing tools to accelerate research and vulnerability discovery. These solutions are built to operate within the constraints of robotic networks, real-time systems, and safety requirements.

Through its offerings, Alias Robotics helps manufacturers and end-users proactively secure robot fleets before vulnerabilities can be exploited, enabling safer deployment of connected robotics in industrial, collaborative, and autonomous applications.