Keep Robots Acting as Intended
in Operation
Rthena detects when cyber threats begin to change how your robot sees, decides, or acts. Contain the risk before unintended behavior becomes a safety or operational incident.
Runtime Cyber Risk Can Undermine Reliable Robot Operation
Real-world interaction introduces new inputs, commands, and visual cues that can be manipulated to change how a robot sees, decides, or acts. Rthena connects these signals to their behavioral impact, so operators know which risks require action.
AI Misreads the Real World
Poisoned AI models, adversarial visual cues, or manipulated sensor data can distort perception and lead to unsafe decisions.
Control Is Taken Over
Hijacked commands or exploited interfaces can redirect movement, routes, or tasks beyond approved limits.
Safeguards Are Weakened
Tampered firmware or software can weaken monitoring, protective limits, or fail-safe responses.
AI-Powered Cyber-Safety Protection in Operation
Rthena connects on-robot Edge AI with cloud-based RSOC to turn runtime risk signals into approved, policy-bounded responses before they escalate into safety or operational incidents.
Rthena AI Agents monitor behavior, system integrity, commands, and security events on each robot, then correlate them with local operational context.
Output: Prioritized, context-rich risk signals.
Rthena RSOC adds mission and fleet context to determine whether cyber risk is changing what the robot sees, decides, or does, or pushing behavior beyond approved limits.
Output: An explainable assessment of behavior and safety impact.
Rthena RSOC validates response options against approved policy and coordinates action across affected robots. AI Agents execute the approved response locally.
Output: A controlled, traceable response that keeps operations on track.
From On-Robot Detection to Fleet-Wide Response
Rthena AI Agent correlates risk signals on each robot. Rthena RSOC assesses behavior and safety impact, then coordinates an approved response across the fleet.
- Behavior & telemetry
- Sensors & perception
- AI, software & firmware integrity
- Commands & control traffic
- Mission & environmental context
- Prompts, model inputs & outputs
- Monitors behavior and system state
- Detects anomalous signals, prompt injection, and jailbreak attempts
- Enforces AI guardrails on model inputs and outputs
- Correlates events with local context
- Executes approved responses on the robot
- Assesses behavior and safety impact
- Adds mission and fleet context
- Validates response options against approved policy and AI guardrails
- Coordinates response across the fleet
- What changed
- Why it matters
- Recommended or applied response
- Which robots are affected
Deploy Rthena to Fit Your Fleet
Run the cloud alone, the robot alone, or both as a closed loop.
Agentless
AI Agent Only
AI Agent + Cloud
See How Cyber Risk Can Change Robot Behavior
See how publicly disclosed cyber risks could alter intended robot behavior, and how Rthena helps detect and contain the impact in operation.
Rthena for Every Team Behind Robot Operations
Shared, explainable evidence helps operations, security, safety, and compliance teams act on the same runtime risk.
Robot Operations Teams
Maintain fleet uptime with real-time visibility into robot behavior, commands, system integrity, and affected robots.
Robot-as-a-Service & Managed Fleet Providers
Protect service continuity and customer commitments with fleet-wide monitoring and policy-bounded response.
Safety, Security & Compliance Teams
Investigate behavior-impacting risk with explainable assessments and traceable response records for review and reporting.
Why Operators Choose Rthena
Detect When Cyber Risk Becomes Behavior Risk
Traditional monitoring flags anomalies. Rthena determines whether they are changing what a robot sees, decides, or does, so operators can act on the risks that matter.
See the Full Context Behind Each Alert
Rthena combines behavior, telemetry, commands, AI and software integrity with mission and fleet context, helping teams separate operational noise from risks requiring action.
Contain Risk Within Approved Operational Bounds
Rthena validates response options against approved policy, risk severity, and mission constraints, then sends a controlled action back to the robot.
Coordinate and Explain Fleet-Wide Response
Rthena identifies affected robots, coordinates a consistent response, and records what changed, why it mattered, and what action was taken.
Frequently Asked Questions
Fleet monitoring tools flag anomalies. Rthena goes further and determines whether an anomaly could change safety-relevant behavior, then applies a policy-bounded response to contain it.
Rthena uses AI agents on or near the robot to detect and enrich signals in real time, correlating them with fleet-level context for investigation and response.
No. Responses are policy-bounded and scaled to risk severity, so Rthena contains genuine threats without halting operations for low-risk events.
Every detection and response generates an explainable assessment of what happened, why it matters, and what action was taken, for safety, privacy, and compliance reporting.
Robot operators, system integrators, fleet safety teams, and compliance teams all work from the same runtime risk evidence.
Ready to Keep Your Robots Acting as Intended?
Talk to the Rthena team about runtime cyber-safety protection for deployed robots.
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