PacketViper vs. Claroty

Platform Summary

Dimension	Claroty	PacketViper
Core Architecture	Passive network monitoring, asset discovery, exposure management	In-line enforcement with autonomous deception and threat containment
Deployment Model	Out-of-band (CTD on-premise; xDome cloud)	In-line RSUs (Remote Security Units), distributed hive architecture
Enforcement	Requires SIEM/SOAR integration or manual action	Autonomous, wire-speed — no orchestration required
Deception Technology	None native	Native OT deceptive responders (PLCs, SCADA, Modbus, other ICS protocols)
Air-Gapped Support	Partial (out-of-band monitoring)	Full — RSUs operate independently in air-gapped environments
Agentless	Yes	Yes
OT Protocol Support	Yes (broad protocol library)	Yes (native, inline — Modbus, DNP3, BACnet, EtherNet/IP, and others)
Compliance Coverage	Compliance reporting and governance support	Built-in compensating controls across ~20 compliance categories (NERC CIP, NIST, ISO 27001, NIS2)
Analytics Platform	Not publicly specified	AlertBox (Power BI integration) — behavioral analytics, compliance dashboards, telemetry visualization
False Positives	Alert volume varies; analyst triage required	Deception-triggered alerts are false-positive-free by definition

CPS Architecture Layer-by-Layer Analysis

Physical Process Layer

Claroty focuses on digital asset and network process visibility with limited physical sensing. PacketViper integrates environmental sensors (motion, temperature, humidity, camera) and provides 360-degree visibility through dashboards, telemetry, and real-time analytics — enabling full cyber-physical correlation, not just network-layer visibility.

Sensing and Actuation Layer

Claroty performs passive network sensing and depends on external controls for enforcement actions. PacketViper uses active deception, provides immediate threat remediation, and supports physical sensor-actuated responses — without requiring orchestration. Threats are contained as they occur, not after an analyst reviews an alert.

Communication Layer

Claroty visualizes communication paths and relies on existing firewalls and NAC systems for enforcement. PacketViper enforces Zero Trust micro-perimeters, maintains secure communications in air-gapped or remote sites, and provides real-time monitoring through the AlertBox analytics platform. Communication control is native, not delegated to third-party systems.

Computation and Control Layer

Claroty provides centralized analytics and policy logic with limited local autonomy. PacketViper uses distributed control: local applied intelligence in each RSU synchronized with the central management unit, providing live traffic visualization, Power BI analytics, and automatic remediation. This distributed model is resilient — individual RSUs continue operating independently if connectivity to the central management unit is lost.

Cognition and Decision Layer

Claroty provides exposure management and risk scoring to support human decision-making. PacketViper implements Applied Intelligence: automatic blocking, alert correlation, Power BI-based analytics for decision support, and autonomous threat remediation. The system makes and executes containment decisions in real time — it does not wait for a human to review a dashboard.

Configuration and Adaptation Layer

Claroty uses policy-driven, manual orchestration for configuration changes. PacketViper features automatic decoy shifting, adaptive blacklist propagation, and self-healing configuration — all without orchestration. The attack surface presented to adversaries changes continuously, making reconnaissance-based attacks unreliable.

HMI and Oversight Layer

Both platforms provide rich dashboards for operators and compliance teams. Claroty’s dashboards are optimized for analyst review and compliance reporting. PacketViper integrates analysis and enforcement — operators see threats and can see that they are already being contained, without needing to initiate a separate response workflow.

CPS Role Comparison

CPS Role	Claroty	PacketViper
System Awareness and Visibility	Deep asset discovery and exposure visualization	360-degree visibility, telemetry dashboards, Power BI analytics, compliance tracking
Real-Time Protection and Control	Not available natively — requires integration	Inline deception, autonomous blocking, and remediation without orchestration
Zero Trust Enforcement	Partial — via integrations with other systems	Native micro-perimeter enforcement with port-level control and full threat isolation
Air-Gapped Operations	Not supported — requires external enforcement	Fully autonomous decentralized RSUs capable of independent defense
CPS Lifecycle Support	Governance and risk frameworks	Operational defense, telemetry efficiency, compliance analytics, and continuous visibility
Physical-Cyber Correlation	Not available	Environmental and cyber correlation with instant response and analytics
Compliance and Compensating Controls	Compliance reporting support	Built-in compensating controls covering approximately 20 compliance categories

Defense Architecture Flow

Claroty:

Governance -- Visibility -- Analytics -- Policy Guidance

Top-down CPS management and exposure control. Requires orchestration for enforcement actions.

PacketViper:

Sensing -- Visibility -- Deception -- Enforcement -- Adaptive Protection
                  |
                  AlertBox (Power BI Analytics)

Bottom-up CPS protection and visibility: real-time telemetry, behavioral analytics, no orchestration required, self-adaptive autonomy, and direct compliance alignment.

CPS Capability Scorecard

Dimension	Claroty	PacketViper	Advantage
Physical-Cyber Integration	Moderate	High	PacketViper
Distributed Autonomy	Low	High	PacketViper
Governance and Risk Oversight	High	High	Both
Preventive Defense	Medium	High	PacketViper
Visibility and Modeling	High	Very High	PacketViper
Adaptive Configuration	Medium	High	PacketViper
Operational Resilience	Low	High	PacketViper
Analytics Platform	Unspecified	AlertBox (Power BI)	PacketViper
Compliance Coverage	Moderate	Comprehensive (~20 categories)	PacketViper
Analyst and Compliance UI	High	High	Both

Conclusion

Claroty is the CPS governance brain — purpose-built for asset discovery, exposure management, and policy guidance. It is a strong choice for organizations building compliance programs and needing deep inventory of their OT estate.

PacketViper is the CPS nervous system and immune response — delivering continuous 360-degree visibility, immediate remediation, Power BI-based analytics, autonomous enforcement, and built-in compensating controls without requiring orchestration.

The two platforms are complementary: Claroty for device insight and governance management; PacketViper for adaptive protection, compliance assurance, and orchestration-free automation. Organizations seeking comprehensive CPS defense benefit from both. Organizations needing a single platform that can both see and act on threats in real time without additional integration layers will find PacketViper uniquely suited to that requirement.

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Download the Full PacketViper vs Claroty CPS Analysis

The complete comparison — including the full CPS architecture table, role analysis, and verdict scorecard — is available as a PDF.

Download: PacketViper vs Claroty CPS Comparative Analysis (PDF)