Product Comparison

aiSecOT360 vs. the OT/ICS Security Field

Most OT security platforms give you visibility and stop there. aiSecOT360 connects visibility to response with passive, agentless monitoring across 70+ industrial protocols, delivering automated threat detection, investigation, and containment in one platform.

10,000+
oT/ICS assets discovery
95%
False Positive Reduction (AI/ML)
<30 sec
Average Automated Response
Pick a Challenger — Head-to-Head Comparison — aiSecOT360
Head-to-Head

Pick a Challenger

Tap a name below to see how aiSecOT360 lines up against each vendor's architecture.

Seceon

aiSecOT360

OT/ICS security that shares a detection-and-response fabric with the rest of the Seceon OTM platform, not just a standalone visibility tool.

  • Detection & discovery: Passive discovery across 70+ industrial protocols, with AI/ML anomaly detection for high confidence threat detection and up to 95% fewer false positives.
  • Deployment model: On-prem, cloud, hybrid, or fully air-gapped via a dual-stage Collection & Control Engine that preserves unidirectional data flow
  • Response: SOAR playbooks contain threats in under 30 seconds average while preserving process safety and uptime
  • Platform scope: Unifies OT/ICS security with aiSIEM, aiXDR-PMax, aiSOAR, and UEBA on one security data set
VS
The Challenger

Nozomi Networks

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    Platform Metrics — aiSecOT360
    Platform Metrics

    What Changes When aiSecOT360 Goes Live

    70+
    Industrial Protocols Inspected
    99%
    Threat Detection Accuracy
    95%
    False Positive Reduction (AI/ML)
    <30 sec
    Fastest Average Automated Response
    10,000+
    OT/ICS Assets Discovered, Single Deployment
    70%
    Reduction in Total Cost of Ownership
    Capability Matrix — aiSecOT360
    Capability Matrix

    What's Native vs. What You'll Still Bolt On

    Every vendor here can see your OT network. The real differences show up in whether detection, correlation, and response live in one platform or get stitched together across several. Tap any competitor header to highlight their column.

    Metric
    seceon aiSecOT360
    Nozomi Networks
    Claroty
    Palo Alto Networks
    Cisco Cyber Vision
    Sensor / deployment model
    Agentless, passive discovery + DPI; on-prem, cloud, hybrid, or air-gapped
    Passive sensors (SPAN/TAP); hardware, VM, or container form factors
    Cloud-native SaaS (xDome) with on-prem collection server
    Discovery delivered through Palo Alto's NGFW platform, no separate OT appliance, but NGFWs are required in-line
    Embedded sensor in select Cisco switches/routers; Docker/VM sensor + SPAN available for non-Cisco gear
    Native SIEM / XDR / SOAR bundled in the same product
    Shares same platform fabric with aiSIEM, aiXDR-PMax, aiSOAR, UEBA
    Pairs with external SIEM/SOAR (separate vendor)
    Integrates with external SIEM/SOAR (separate vendor)
    Correlation via Palo Alto's separate Cortex XSIAM/XDR products
    Feeds OT context to external SIEM/SOAR/XDR platforms
    Automated, safety-aware response
    Built-in SOAR playbooks, <30s average response
    Detection/alerting native; response orchestrated via connected SOAR
    Detection/alerting native; response orchestrated via connected SOAR
    Segmentation-based containment enforced at the NGFW
    Detects abnormal behavior; enforcement runs through Cisco ISE
    Air-gapped / unidirectional deployment
    Yes, dual-stage Collection & Control Engine
    Supports high-restriction sites via passive sensors
    SaaS-first (xDome); on-prem CTD option for isolated environments
    Depends on NGFW network architecture
    Edge sensors embedded in network gear; central console typically needs connectivity
    Hardware / vendor dependency
    Vendor-neutral, no dependency on a specific firewall or switch vendor
    Vendor-neutral passive sensors
    Vendor-neutral SaaS platform
    No separate OT-specific appliance, but full enforcement depends on Palo Alto NGFWs already deployed in-line
    Full zero-appliance visibility needs Cisco Catalyst/IR switch or router models; Docker/VM sensor relaxes this for other hardware
    Where aiSecOT360 Pulls Ahead
    The advantages

    Where aiSecOT360 Pulls Ahead

    Four differences that matter most when you're choosing between a standalone OT visibility tool and one built into a unified detection-and-response platform. Seceon's broader security platform is trusted by 9,800+ customers, monitoring 2.4 trillion+ security events daily.

    One platform, not a point product

    Nozomi, Claroty, Palo Alto Networks, and Cisco Cyber Vision each can monitor your OT network, but correlation and response still route out to a separate SIEM, SOAR, or firewall product. aiSecOT360 unifies OT/ICS security with aiSIEM, aiXDR-PMax, aiSOAR, and UEBA on one security data set, with published detection logic for named threats like Volt Typhoon living-off-the-land tactics, TRITON safety-system manipulation, and Industroyer2/CHERNOVITE grid-targeting malware.

    Built for true air-gap integrity

    A dual-stage Collection & Control Engine maintains unidirectional data flow, which matters for healthcare organizations protecting patient safety systems, utilities safeguarding grid operations, and defense contractors handling controlled unclassified information environments where a SaaS-first or NGFW-anchored architecture is a harder fit.

    Response measured in seconds, not a hand-off

    SOAR playbooks contain threats in under 30 seconds average while preserving process safety and uptime. Several platforms in this comparison detect and alert well but leave automated response to whatever SIEM or SOAR you connect afterward, an extra step and an extra vendor relationship.

    No hardware lock-in

    aiSecOT360 is agentless and vendor-neutral, it doesn't require replacing switches with a specific vendor's models or standardizing on a particular firewall line to get full value, the way some platforms in this comparison tie enforcement to their own networking or firewall hardware.

    Industry Coverage — aiSecOT360
    Built For Your Environment

    Where aiSecOT360 Is Deployed

    The same agentless discovery and protocol-aware detection engine, tuned to the operational realities and frameworks that matter most in each sector.

    Utilities & Energy

    Grid operators and electrical substations run on protocols like DNP3 and IEC-61850 across environments where an audit gap is also an operational risk. aiSecOT360's passive discovery and protocol-aware detection tie compliance evidence for NERC CIP directly to real-time threat visibility, without introducing agents onto substation equipment.

    FAQ — aiSecOT360

    aiSecOT360 FAQ

    What real-world OT threats has aiSecOT360 been shown to address?
    Volt Typhoon-style living-off-the-land activity (UEBA + SOAR containment), TRITON-class attacks on safety systems (DPI catches unauthorized SIS manipulation), Industroyer2/CHERNOVITE-style grid malware (protocol-specific DPI for IEC 61850/DNP3), and IoT-pivot ransomware (passive discovery triggers auto-quarantine). Detection and response happen in the same platform, not handed off between tools.
    Does aiSecOT360 require agents on PLCs, HMIs, or controllers?
    No. Discovery and monitoring are passive and agentless, building a live asset inventory without touching production traffic. That matters because many legacy controllers can't safely tolerate an agent or an active scan.
    Can aiSecOT360 run fully air-gapped with no cloud dependency?
    Yes. It operates independently within the OT segment with its own local forensic server and no external dependencies for core detection.Updates apply manually rather than pulling from the cloud, so offline plants keep full capability.
    Does aiSecOT360 replace my existing SIEM or XDR?
    Not necessarily. If you already run Seceon, it adds OT/ICS as another data source on the same platform. If you run a different SIEM/XDR stack, aiSecOT360's unified IT/OT correlation can still feed that existing environment.
    Seceon aiSIEM-CGuard

    24/7 Access to Seceon’s Cybersecurity Experts - Because Threats Don’t Wait

    Do These Persistent Issues Impact Your Day-to-Day Operations?
    • Large number of failed logins from single/multiple IPs, internal or external, against a single/multiple usernames.
    • Failed logins from new geo locations or a new user device.
    • Large number of account lockouts.
    • High cost of integration, support and maintenance.

      Seceon Inc