Solution

A solution utilizing Non-intrusive monitoring techniques to detect devices within the OT network and compile a detailed asset inventory.

Asset information includes:

• Device type
• Protocols used
• Network connections
• Security status
• Active ports and services

This asset inventory effectively supports asset management and system security.

The network traffic collection and analysis system displays a network map and connectivity graph of devices within the OT system.

Displayed information includes:

• communication protocols
• connection ports
• communication timing
• data volume

This enables administrators to quickly detect anomalous connections or suspicious behavior within the system.

The solution enables risk assessment and security vulnerability detection within OT systems, leveraging the OT ThreatFeed database.

The system helps detect:

• misconfigurations
• outdated services
• insecure network ports
• potential attack vectors

The solution provides visibility into all activities within a unified IT and OT environment, giving enterprises a comprehensive view of the security posture of the entire system.

This enables administrators to rapidly detect threats and security incidents across the entire network.

The solution provides an intuitive management interface with various display modes, such as:

• Cluster View – displays connections surrounding a device
• Purdue Model View – displays connections based on the OT network architecture

This interface enables administrators to easily monitor and analyze security events.

The solution supports centralized management via the Central Management Console (CMC), providing real-time information on the security status of the entire OT system.

This enables enterprises to monitor and manage the entire OT/ICS environment through a single interface.

MetaDefender OT Security comes as an all-in-one hardware and software appliance, enabling quick and easy deployment.

The solution offers flexible scalability for large enterprises, supporting the management of thousands of OT networks without compromising system performance.