
Robotics & Autonomous Systems Security
Robot Immune System (RIS)
Robotics endpoint protection platform for malware prevention and cyber attack defense.
Robot Immune System (RIS) Overview
What it does
Robot Immune System (RIS) is a Robotics Endpoint Protection Platform (REPP) that embeds on robot controllers and operating systems to detect, block, and remediate malware targeting industrial and commercial robots. Modeled on biological immune systems, RIS uses adaptive behavioral monitoring and a bio-inspired Artificial Immune System (AIS) module rather than signature-only antivirus, enabling protection on Universal Robots, KUKA, Mobile Industrial Robots (MiR), and Robot Operating System (ROS) deployments.
How it works
RIS deploys as on-premises agent software across the robot stack from kernel through ROS computational graphs, running modular Firewall, Hardening, Logging, Visualization, and AIS components with sub-microsecond latency overhead. The platform blocks unexpected communications, patches known vulnerabilities, encrypts sensitive data, prevents intrusions and data loss, and records forensic telemetry for incident investigation. Security updates and vulnerability patches deploy continuously across supported robot models without requiring traditional signature refresh cycles.
Credentials and traction
RIS meets the software component requirements of IEC 62443 part 4-2 for industrial use. Its developer, Alias Robotics, has been a CVE Numbering Authority for robotics since 2020 and was selected by the European Innovation Council, including for the EIC Accelerator in 2024. RIS supports robots from Universal Robots, KUKA, Mobile Industrial Robots (MiR), UVD Robots, and Enabled Robotics, with documented deployments at EDI Latvia, Joanneum Research, Vicomtech, RPK, and a KICS project run with Kaspersky.
Key Capabilities
mapped to solution categoriesUnderstands 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.
Executes endpoint response actions automatically upon confirmed detection (process termination, file quarantine, registry key removal, and ransomware rollback), without waiting for analyst approval. Scope of automated actions and rollback fidelity are the primary quality differentiators.
Centrally manages the endpoint host firewall, controlling inbound and outbound network connections per policy to reduce the endpoint's network attack surface alongside device and application controls.
Integrations
compatible toolsImplementation & support
Info last updated on May 28, 2026
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