CGS network traffic visualization platform

Direct the right traffic to the right security tools

Traffic is the foundation of all information security and network performance analysis. Any network tool needs to receive the correct traffic to achieve optimal benefits. How to simplify the traditional traffic Mirror method and filter out the massive traffic? Outputting the correct traffic to the corresponding tools is the most important function of traffic replicators and splitters. CGS network traffic duplicator and splitter covers the functions of traffic duplicator and splitter from basic to the most advanced:

• Basic packet filtering, aggregation, replication, offloading, weighted traffic load balancing
• Advanced output packet processing, including Packet Slicing, De-Duplication, MAC/IP replacement, ERSPAN terminal disconnection,
• Flow without sampling 1:1 to IPFIX, flow extraction corresponding IP list, smart data masking (Data Masking) and other advanced functions
• Use RegEx to perform in-depth DPI full packet analysis on the packet payload, extract Metadata, and filter out all packets in the session where the compared packet is located.
• Supports Tool Service Chain, concatenates and distributes traffic to multiple Inline tools, and uses Heartbeat to detect the health status of Inline tools, so that a single faulty tool will not affect the traffic detection of other tools, greatly simplifying the deployment architecture of security tools , and improve device or network performance device analysis capabilities.

Virtual virtual advanced traffic replicator

Network visualization across distributed virtual environments

The CGS virtual advanced traffic replicator has similar functions to the physical advanced traffic replicator. It can perform most of the physical functions on the virtual advanced traffic replicator, providing customers with a more flexible network deployment method.

CGS Tower TAP Diverter

The high-density design of the Tower TAP™ series allows up to 32 LC interface TAPs to be installed in 1U space, significantly reducing the overall rack footprint compared to traditional methods.