Nozomi Vantage is a cloud-powered security platform designed to scale and unify OT/ICS visibility and security across enterprises. It offers centralized risk management, enriched with AI-driven analytics, to provide a global view of all assets, sensors, networks, and locations. This platform ensures efficient and effective threat detection and response, making it an essential tool for organizations with complex industrial, commercial, and critical infrastructure environments.

Features

• Centralized Risk Management: Provides a global view of all assets, sensors, networks, and locations, with drill-down access to any point of interest.
• AI-Powered Analytics: Automates the sorting, correlating, and prioritizing of alert data to provide deeper insights into actual threats for faster response.
• Asset Risk Scoring: Shows at a glance which assets are riskiest by zone, site, vendor, etc., based on anonymized asset data and customizable risk scoring.
• Threat Cards: Distills threat intelligence feeds into easily scanned and filtered threat cards with suggested mitigations.
• Wireless Sensors: Extends the detection power to wireless devices and frequencies, including OT- and IoT-specific ones.
• Scalability: Supports large, complex organizations with a multi-hierarchical management framework that can be nested and geo-distributed to thousands of locations.

Benefits

• Mitigate Emerging Threats: Quickly identify and respond to new vulnerabilities with comprehensive OT and IoT asset visibility and AI-powered analytics.
• Support Enterprise Risk Management: Eliminate OT and IoT security blind spots and enable integrated analysis and response.
• Operational Resilience: Maximize operational resilience and safety with a trusted visibility and security platform.
• Cost-Effective Monitoring: Monitor unlimited assets and locations efficiently with a range of active and passive sensors.
• Simplified License Management: Simplified license management with unlimited sensors and a subscription model, eliminating the need to replace existing sensors.