network instruments troubleshooting techniques

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Network Instruments Troubleshooting Techniques

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Network Instruments Troubleshooting Techniques. Key Elements. What to look for in network monitoring solutions…. Real Time Statistics Visual Network Traffic Flow Long Term Trending Capacity Planning, Baselining Networks Triggers and Alarms Proactive Problem Notification - PowerPoint PPT Presentation

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Page 1: Network Instruments Troubleshooting Techniques

Network Instruments Troubleshooting

Techniques

Page 2: Network Instruments Troubleshooting Techniques

What to look for in network monitoring solutions…What to look for in network monitoring solutions…

Key Elements

Real Time Statistics Visual Network Traffic Flow

Long Term Trending Capacity Planning, Baselining Networks

Triggers and Alarms Proactive Problem Notification

Distributed Network Analysis Single Point of Visibility Into Multiple Segments

SNMP Management Console Standards Based Management for Networks and Devices

Application Analysis Troubleshooting & Problem Identification

Page 3: Network Instruments Troubleshooting Techniques

Example #1 – Real-Time Troubleshooting

Situation: A large Law firm has been experiencing network slowdowns during peak usage times.

Solution: Determine who or what is causing heightened levels of network activity at peak times.

Page 4: Network Instruments Troubleshooting Techniques

Step 1: Check Bandwidth Utilization, which shows higher than expected utilization levels

Example #1 – Real-Time Troubleshooting

Page 5: Network Instruments Troubleshooting Techniques

Step 2: Review Top Talkers to determine active Backup Sessions during the afternoon are consuming network resources

Example #1 – Real-Time Troubleshooting

Page 6: Network Instruments Troubleshooting Techniques

Observer provides real-time identification of network issues for faster troubleshooting.

Example #1 – Recap

Situation: A large Law firm has been experiencing network slowdowns during peak usage times late in the afternoon.

Solution: Determine who or what is causing heightened levels of network activity at peak times.

Result: By reviewing Observer’s Real-Time Statistics, network administrators were able to quickly determined that backups were running during work hours and promptly reconfigured the backup schedule.

Page 7: Network Instruments Troubleshooting Techniques

Example #2 – Proactive Discovery

Situation: Network Operations for a large Community College is concerned with Peer to Peer client usage and virus activity on their wired and wireless networks.

Solution: Monitor both the Wired and Wireless environment with Observer’s Triggers and Alarms.

Page 8: Network Instruments Troubleshooting Techniques

Step 1: Configure Triggers & Alarms for multiple probes from a single display

Example #2 – Proactive Discovery

Page 9: Network Instruments Troubleshooting Techniques

Step 2: Define alarms on each probe, customizing Observer for each network segment

Example #2 – Proactive Discovery

Page 10: Network Instruments Troubleshooting Techniques

Step 3: Set Variable Alarm Thresholds to help eliminate false positives

Example #2 – Proactive Discovery

Page 11: Network Instruments Troubleshooting Techniques

Step 4: Define the appropriate action(s) for each alarm configured

Example #2 – Proactive Discovery

Page 12: Network Instruments Troubleshooting Techniques

Observer provides proactive discovery and notification of rogue elements.

Example #2 – Recap

Situation: Network Operations for a large Community College is concerned with Peer to Peer client usage and virus activity on their wired and wireless networks.

Solution: Monitor both the Wired and Wireless environment with Observer’s Triggers and Alarms.

Result: Using Observer’s Proactive Network Monitoring tools, the network operations team quickly identified a virus outbreak and prohibited illegal usage.

Page 13: Network Instruments Troubleshooting Techniques

Example #3 – Application Analysis Situation: An large accounting firm has the need to track and

identify application metrics, such as response time, as well as troubleshoot application connections.

Solution: Application Analysis, paired with Connection Dynamics, offers an in-depth view of application response time, statistics, and conversation flows.

Page 14: Network Instruments Troubleshooting Techniques

Step 1: Monitor Application Level Response Time

Example #3 – Application Analysis

Page 15: Network Instruments Troubleshooting Techniques

Step 2: Examine Application Specific Statistics

Example #3 – Application Analysis

Page 16: Network Instruments Troubleshooting Techniques

Step 3: Review Graphical Application Flow Detail

Example #3 – Application Analysis

Page 17: Network Instruments Troubleshooting Techniques

Observer allows you the ability to quickly differentiate

between Network and Application Performance

Example #3 – Application Analysis

Situation: An large accounting firm has the need to track and identify application metrics, such as response time, as well as troubleshoot application connections.

Solution: Application Analysis, paired with Connection Dynamics, offers an in-depth view of application response time, statistics, and conversation flows.

Result: Isolate and identify application delay on the network, to put the responsibility on the proper group, and offer faster problem resolution for users.

Page 18: Network Instruments Troubleshooting Techniques

Example #4 – Forensic Analysis Situation: A major retail company has been tasked with

researching the violations of their acceptable use policies by a former employee.

Solution: The GigaStor appliance, featuring a time-based navigation interface, allows for complete write-to-disk at Gigabit line speed, to ensure all necessary data is captured and stored

Page 19: Network Instruments Troubleshooting Techniques

Step 1: Identify the timeframe of interest using the GigaStor Time Analysis Interface

Example #4 – Forensic Analysis

Page 20: Network Instruments Troubleshooting Techniques

Step 2: Determine the stations, conversations, or ports of interest from the specified timeframe

Example #4 – Forensic Analysis

Page 21: Network Instruments Troubleshooting Techniques

Step 3: Complex filters can be created automatically, and will be run against the specified timeframe

Example #4 – Forensic Analysis

Page 22: Network Instruments Troubleshooting Techniques

Step 4: Complete reconstruction capabilities allow an administrator to reassemble original documents such as emails, IM conversations, web pages, and even VoIP calls

Example #4 – Forensic Analysis

Page 23: Network Instruments Troubleshooting Techniques

Example #4 – Forensic Analysis

Situation: A major retail company has been tasked with researching the violations of their acceptable use policies by a former employee.

Solution: The GigaStor appliance, featuring a time-based navigation interface, allows for complete write-to-disk at Gigabitline speed, to ensure all necessary data is captured and stored.

Result: Proactive monitoring allows the organization to have relevant information available without the need to recreate an issue, or, in this case, not have the ability to verify a potential conflict with their acceptable use policy.

Page 24: Network Instruments Troubleshooting Techniques

From Hype to Adoption

By 2009, there will be over 155 million business IP end points in operationhttp://www.instat.com/r/nrep/2004/IN0401446NT.

htm

Market researchers expect the number of VoIP users worldwide to increase from around five million in 2004 to 200 million subscribers in 2010http://www.heise.de/english/newsticker/news/641

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VoIP service is expected to grow 18-fold – from $1.25 billion in 2004 to $23.4 billion in 2009 – representing total revenues of $62 billion to be spent on the technology over the five-year period. http://www.techweb.com/wire/networking/172900

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Page 25: Network Instruments Troubleshooting Techniques

Enterprise Pricing

Page 26: Network Instruments Troubleshooting Techniques

Enterprise Pricing

VoIP Analysis included at no additional charge Shipped with a 64-bit Core, with support for 32-bit systems Gigabit and WAN Appliances are all 64-bit systems

Expert Observer Includes VoIP $ 2,895

Observer Suite Includes VoIP $ 3,995

10/100/1000 Probe Appliance Includes VoIP $ 2,495

Gigabit Probe Appliance Includes VoIP $ 11,995

4 TB GigaStor Includes VoIP $ 35,000

8 TB GigaStor Includes VoIP $ 50,000

Network Instruments continues to lead the analysis industry in performance and value