Komodo Eye Supports 88,000 device models from 8,000 manufacturers

In the world of critical infrastructure, the "Single Pane of Glass" is often more of a myth than a reality. Most operators are forced to toggle between narrow vendor-specific tools that provide deep data for one brand and broad enterprise IT tools that lack the technical depth to explain root-cause behaviors in OT or MPLS environments.

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Komodo Eye shatters this trade-off through its native support for over 88,000 device models from more than 8,000 manufacturers. This isn’t just a headline number; it represents a fundamental shift in how nuclear fleets, power grids, and defense-grade networks are monitored.

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How is such a massive scale possible without sacrificing depth? The answer lies in its "Wide and Deep" architectural philosophy.

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Beyond the MAC Address: Multi-Protocol Interrogation

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Many monitoring tools stop at basic identification. Komodo Eye goes further by gathering data "wide" across an industry-leading library of communication standards.

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Komodo Eye’s discovery engine doesn't just ask a device who it is; it interrogates it using the device's manufacturer-specific "language."

• Modern Infrastructure: Komodo Eye uses SNMP v3 with full encryption, gRPC for high-speed telemetry, and TR-069/TR-386 for LTE field networks.

• Legacy OT Assets: We bridge the gap to the physical layer by supporting Serial (1200 baud) connections, TL1 for legacy SONET plants, and Modbus for the circuit breakers and Remote Terminal Units (RTUs) found in every substation.

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Atomic Data: The Secret to "Native" Support

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Komodo Eye can claim "native" support for 88,000+ models due to its focus on Atomic Data Collection. Instead of general status updates, it collects the smallest meaningful telemetry units unique to a specific piece of hardware.

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For example, on a Nokia SAR-8 router, the system is tuned to identify a single faulty Media Dependent Adapter (MDA) card before it causes a total reboot. In a power plant, it monitors individual battery cell temperatures. By treating logs as data and applying Schema Normalization via Variable Function Chaining, we transform vendor-specific "time ticks" into standardized, human-readable metrics such as "hours of uptime" across all 8,000 manufacturers.

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Deep Stack Coverage (Layer 0 to Layer 5)

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Komodo Eye is engineered to see what other tools miss by penetrating the full technical stack.

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1. Layer 0 (Physical): Monitoring rectifiers, battery plants, and environmental sensors.

2. Layer 2/3 (Connectivity): Using Port Hunter to search by MAC address across switch forwarding tables to find "silent" or rogue devices in seconds.

3. Layer 5 (Application): Tracking the logic delivering data to the power grid.

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This depth ensures you can monitor a single household circuit breaker or 10 million endpoints across a national nuclear fleet with the same level of granular resolution. Field-Tested at Grid Scale This isn't theoretical. Komodo Eye is currently deployed in some of the world's most demanding environments:

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• Midwest Electric Utility: Monitoring 4.3 million endpoints every 5 minutes, including every IPsec tunnel.

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• East Coast Utility: Managing 10 million devices across wind, solar, and nuclear sites.

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Conclusion: Absolute Security, Unrivaled Depth

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With a 100% on-premises, air-gapped architecture and a pre-loaded library of 88,000+ models, Komodo Eye gives customers the visibility needed for modern sovereignty and security—no cloud connection required.

Komodo Eye doesn't just see your network; it understands the "atomic" DNA of every device within it.

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