Secure Robots Before Deployment
and in Operation
Find vulnerabilities and AI model risks before release. Detect and respond to threats that could change robot behavior after deployment.
Cyber Risk Can Change Robot Behavior
A compromised interface, AI model, or sensor signal can influence the decisions and actions a robot relies on.
Trusted System Compromised
Perception or Decision Altered
Physical Behavior Changes
Robot safety assurance is incomplete without cybersecurity.
Protect Robot Behavior Across the Lifecycle
VicOne helps robot makers and operators identify cyber risk before deployment, validate its potential physical impact, and protect robots in operation.
Software, firmware, dependencies, system configurations, interfaces, AI models, and AI BOMs.
Identify vulnerabilities, exposed attack paths, configuration weaknesses, and AI model risks across the robot stack.
Prioritized findings and visibility into how an attacker could move from a digital weakness toward robot control.
The full robot software, AI, system, and control stack in a simulated environment.
Apply curated attack scenarios and observe whether cyber risk changes perception, decision-making, movement, or safety-related behavior.
Traceable cyber-safety evidence that helps prioritize remediation and support release decisions.
Security-relevant runtime signals from robots, connected systems, cloud services, and fleet environments.
Correlate runtime events, assess whether cyber risk is affecting robot behavior, and recommend or apply approved responses.
Behavior-aware incident context and policy-bounded response without giving uncontrolled authority to an AI agent.
What Your Teams Can Act On
For Robot Makers
- Prioritized software, system, and AI model risks
- Validated attack paths and behavioral impact
- Traceable evidence for remediation and release reviews
- Stronger support for cybersecurity and safety assurance
For Robot Operators
- Runtime visibility across robots and connected systems
- Cyber incidents assessed in the context of robot behavior
- Clearer prioritization across individual robots and fleets
- Approved, policy-bounded response options
Why VicOne
See Risk Beyond Individual Vulnerabilities
Connect Cyber Risk to Physical Behavior
Protect Before and During Deployment
Support Cybersecurity and Safety Evidence for Regulatory Readiness
VicOne helps teams identify vulnerabilities, assess AI and system risks, document cyber-safety findings, and maintain traceable evidence relevant to evolving robotics requirements.
Support vulnerability assessment, software component visibility, and lifecycle risk management activities.
Support AI model risk assessment, traceability, and evidence for applicable high-risk AI governance activities.
Help evaluate cybersecurity risks that may affect safety-related robot behavior.
Support component, system, and operational cybersecurity assessment across connected robot environments.
Frequently Asked Questions
A standard audit stops at technical findings. VicOne connects those findings to physical robot behavior, validating whether a vulnerability could actually change what a robot perceives, decides, or does.
No. Radeis validates cyber-to-safety impact in a simulated environment, so teams can assess risk before hardware or field access is available.
Yes. Rthena monitors runtime signals from robots, connected systems, and fleet environments, correlating events and recommending or applying approved responses.
No. VicOne assesses AI model and system risk alongside software and connectivity risk, adding evidence your existing process can use rather than replacing it.
VicOne helps generate traceable evidence relevant to the EU Cyber Resilience Act, EU AI Act, EU Machinery Regulation, and IEC 62443.