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A downloadable customized view from the online Cascade community.

Any view that is applied to live devices and dynamically updated.

A view that can be created after drill-down from one view to another.

Any view that was created by applying a traffic filter.

All views within Cascade Pilot are considered interactive views.

Drag the trace file on the View to apply the View.

Right-click the View item and select "Apply with Filter".

Drag a View on the trace file to apply the selected View.

Select the View and the trace file, and double-click the trace file.

A Notice that an Event has occurred

A Notice that a report is ready to be emailed

A Notice that a Policy has initialized

A Notice that a query has completed

All of the Above

None of the Above

TCP sessions are easily determined as completed through the existence of flags included; this isn’t true for UDP sessions

UDP sessions are easily determined as completed through the existence of flags included; this isn’t true for TCP sessions

Both TCP and UDP sessions are easily determined as completed through the existence of flags included

Neither TCP nor UDP sessions can be determined as completed unless 20 minutes has passed since the last packet is observed

MTU size changes can be used to determine that a session is complete for either TCP or UDP

A security profile can be created for “business hours” or “weekends” or any other time periods you want to specify.

Security Profiles utilize the SNORT Threat Signature Database.

Security Profile data is aged out after one month.

Security Profiles negate the need for IDS/IPS type systems.

The appliance collects traffic data from the monitored network and aggregate it into security profiles.

Recent statistics play a larger role in the profile than older statistics.

By setting static thresholds for Application metrics and Interface metrics, tolerance can be determined. Cascade will use these thresholds and tolerances to report on deviations indicative of Performance problems.

The Customer only needs to identify their critical interfaces and applications, and Cascade will automatically baseline their behavior and report on deviations indicative of Performance problems.

The Performance Analytics are able to detect security threats such as host scans and worms.

After base-lining, Cascade can re-route congested traffic to avoid congested application delivery paths.

Cascade can measure CPU utilization and memory use. It can correlate this data with bandwidth collected via flow protocols.

In a virtualization projects, the key is to identify Assets service applications and Application Dependencies. Using Cascade you can run reports on underutilized servers, server /application dependences, and have an inventory of your assets and how they are used.

In a virtualization project it is important to understand which processes are running on a server that are not being used. Cascade can identify these processes automatically.

All of the above.

Cascade Shark interfaces and captures job traces appear under the devices tab within the sources panel.

Cascade Shark interfaces appear under the devices tab of the sources panel AND Cascade Shark capture job traces appear under the files tab of the sources panel.

Cascade Shark interfaces and captures job traces appear in the views panel.

Cascade Shark interfaces must be selected from the home menu to begin a capture.

25,000 flows per minute

50,000 flows per minute

75,000 flows per minute

100,000 flows per minute

Response Time

Layer 4 Application Classification Mapping

Layer 7 Application Classification Mapping

Network Throughput

Network Round Trip Time