Nozomi Networks Platform
Industrial IoT software
Extended detection and response (XDR) platforms
IoT security solutions
Intrusion detection and prevention systems (IDPS)
Network detection and response (NDR) software
Attack surface management software
Risk-based vulnerability management software
Cloud security software
System security software
OT security tools software
Network security software
Vulnerability management software
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What is Nozomi Networks Platform
Nozomi Networks Platform is an OT and IoT cybersecurity platform focused on visibility, threat detection, and risk management for industrial networks. It is used by security and operations teams to inventory assets, monitor network communications, detect anomalous or malicious activity, and prioritize remediation in environments such as manufacturing, energy, and critical infrastructure. The platform emphasizes passive network monitoring and protocol-aware analysis for industrial control system (ICS) and IoT traffic, with options for centralized management and integrations into security operations workflows.
Deep OT/ICS protocol visibility
The platform passively discovers assets and maps communications using industrial protocol awareness, which supports environments where active scanning is risky or restricted. This helps teams identify unmanaged devices, understand dependencies, and establish baselines for normal operations. It is suited to mixed IT/OT networks where conventional IT-only discovery tools provide incomplete context.
NDR-style threat detection for OT
It provides network-based detection capabilities oriented to industrial environments, including anomaly detection and alerting on suspicious behaviors in OT traffic. This approach can be deployed without installing agents on many legacy controllers and embedded devices. It supports SOC workflows through alerting and integration patterns commonly used in security operations.
Risk and vulnerability prioritization
The platform correlates asset context with exposure and vulnerability information to support risk-based remediation planning. This can help teams focus on high-impact assets and pathways rather than treating all findings equally. It is useful where patching windows are limited and compensating controls are often required.
Prevention depends on integrations
While it supports detection and response workflows, inline prevention and automated blocking typically require coordination with network controls and third-party enforcement points. In many OT environments, organizations also avoid aggressive automated actions due to safety and uptime constraints. As a result, response may remain semi-manual unless processes and integrations are mature.
Operational tuning and expertise required
Effective use often requires tuning baselines, alert thresholds, and asset criticality to reduce noise and align with plant operations. OT protocol interpretation and incident triage can require specialized expertise that many IT security teams lack. Organizations may need cross-functional OT/IT participation to maintain accuracy over time.
Coverage varies by deployment scope
Asset visibility and detection quality depend on sensor placement, network architecture, and access to relevant traffic (for example, segmented zones or encrypted communications). Highly distributed sites may require multiple sensors and careful capacity planning. This can increase deployment complexity compared with single-site or purely cloud-native security tools.
Seller details
Nozomi Networks Inc.
San Francisco, CA, USA
2013
Private
https://www.nozominetworks.com/
https://x.com/NozomiNetworks
https://www.linkedin.com/company/nozomi-networks/
