Robot Immune System (RIS)
Robotics endpoint protection platform for malware prevention and cyber attack defense.
Vendor Information
Robot Immune System (RIS) Overview
Robot Immune System (RIS) is a Robotics Endpoint Protection Platform (REPP) that protects robots and robot components against malware through real-time threat detection and automated response capabilities. Inspired by biological immune systems, RIS monitors robot behavior, identifies anomalies, and prevents unauthorized code execution without requiring traditional antivirus signatures, enabling protection against zero-day vulnerabilities and targeted attacks on robotic systems.
The platform deploys directly onto robot operating systems including Robot Operating System (ROS), ROS 2, and embedded Linux environments, providing continuous monitoring of robot processes, network communications, and hardware interfaces. RIS detects malicious activity through behavioral analysis of robot control systems, motion patterns, and sensor data, automatically isolating compromised components and preventing lateral movement across robot fleets while maintaining operational uptime for critical industrial and commercial robotic applications.
Founded in 2017 and headquartered in Vitoria-Gasteiz, Spain, Alias Robotics has raised $1.55 million in funding from investors including European Innovation Council, Telefónica Tech Ventures, and Wayra. The company operates a certified security evaluation laboratory in partnership with Spain's National Institute of Cybersecurity (INCIBE) and serves robot manufacturers and operators across manufacturing, logistics, healthcare, and defense sectors worldwide.
Key Capabilities
Standardized capabilities mapped to this product's security niche
Understands ROS topic, service, and action communication patterns, enabling behavioral monitoring of robot operating system nodes without disrupting real-time control loops.
Analyzes robotics-specific industrial protocols (EtherCAT, PROFINET, CANopen), for anomalous commands and communication patterns outside the robot's expected operational envelope.
Correlates cybersecurity detections with physical safety system signals, distinguishing operational safety faults from cyber-induced anomalies to prevent false emergency stops.
Monitors robotic controller firmware, end effector firmware, and embedded OS integrity, detecting unauthorized modifications that could alter robot behavior.
Detects and blocks malware using behavioral analysis and ML models rather than signature matching. Prevents execution of known and novel malware including script-based and fileless attacks.
Blocks exploit techniques at the point of execution (memory injection, process hollowing, credential dumping), independent of whether the exploited application or CVE is known.
Enforces policies on USB storage, Bluetooth, and peripheral device connections, blocking, allowing, or auditing data transfer based on device type and user identity.
Restricts execution to an approved application inventory. Prevents execution of any unapproved binary, script, or library regardless of whether it is recognized as malicious.
Scans endpoints for missing OS and application patches, surfacing vulnerability exposure without requiring a separate vulnerability management scanner.
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Solution Details
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