Free Access Riverbed 201-01 New Release

A packet capture (pcap) file that is open on the local file system for analysis by Cascade Pilot.

A packet capture (pcap) file that is exported on to the Cascade Shark OS disk for analysis by Cascade Pilot.

A capture job that is suspended or stopped.

A time filter into a job trace.

By combining the switch port table of an access tier switch with utilization characteristics of router interfaces obtained via flow, Cascade is able to identify where hosts are plugged into the infrastructure.

By combining the switch port table of an access tier switch with the ARP table of a router with data obtained via flow, Cascade is able to identify where hosts are plugged into the infrastructure.

Cascade is able to run a Vulnerability Scan across the switch.

Cascade is able to get SNMP statistics for port level problems from the switch.

Cascade Shark can accept NetFlow to its management port.

Cascade Shark can capture packets on its capture ports connecting to port mirroring monitor ports (sometimes referred to as SPAN ports) on switches in the environment.

Cascade Shark can capture packets on its capture ports connected to network taps placed on live traffic links in the environment.

A live link can be placed across two capture ports on the Cascade Shark with the Cascade Shark placed in “passthru” mode.

Cascade Shark can be configured for SNMP access to switches/routers for additional statistics collection.

Flow level information including IP Addresses, number of packets, number of bytes, port/protocol, retransmissions and, when applicable, TCP response time information.

Port Statistical information including packet counts, byte counts, checksum error counts, and dropped packet counts.

Health information including CPU utilization, up-time, and fan health.

Cascade Shark cannot export data to Cascade Profiler.