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Reference Customer Implementation
A Leading Bank with 788 branches Monitors
3500 Interfaces with NetFlow Analyzer
Customer Details
• Private bank with 788 branches
(Alabama, Florida, Georgia, Indiana,
Kentucky, Louisiana, Mississippi,
M...
Challenges before using
NetFlow Analyzer
Real-time view of vital statistics
Challenges & Problems
• What are the resource-intensive applications?
• How do I view my distributed network from one
poin...
Customer’s network
Site A
Site B
Site C
Central
Server
Illustration not to scale
NetFlow Analyzer’s Capabilities
• Flow-based traffic analysis
• Real-time traffic reports
• Top Applications – Identifying resource-intensive
applications...
How NetFlow Analyzer helped the
institution
• Identifying Top Applications
• Application-wise bandwidth usage
• Monitoring distributed networks
• Top conversations in...
Business value
• Single console view
• Better visibility
• Faster troubleshooting of
sluggishness
• Minimum downtime
• Opt...
Thank you
saisundhar.p@manageengine.com
Prochain SlideShare
Chargement dans…5
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Network Traffic Analysis at a financial institution with 788 branches for 3500 interfaces with NetFlow Analyzer

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A leading bank with over 780 branches across the United States had problems with monitoring network traffic across the Enterprise and in finding out the most resource-intensive applications. This Slideshare explains how they solved the challenge with ManageEngine NetFlow Analyzer by monitoring real-time network traffic based on flow data and found out application-wise bandwidth usage.

Publié dans : Technologie, Business
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Network Traffic Analysis at a financial institution with 788 branches for 3500 interfaces with NetFlow Analyzer

  1. 1. Reference Customer Implementation A Leading Bank with 788 branches Monitors 3500 Interfaces with NetFlow Analyzer
  2. 2. Customer Details • Private bank with 788 branches (Alabama, Florida, Georgia, Indiana, Kentucky, Louisiana, Mississippi, Maryland, New York, Ohio, Pennsylvania, Texas and more) • Interfaces to be monitored – 3500 interfaces distributed at different locations • Cost of downtime – $2 Million/hour
  3. 3. Challenges before using NetFlow Analyzer
  4. 4. Real-time view of vital statistics
  5. 5. Challenges & Problems • What are the resource-intensive applications? • How do I view my distributed network from one point? • How do I monitor which applications use maximum bandwidth?
  6. 6. Customer’s network Site A Site B Site C Central Server Illustration not to scale
  7. 7. NetFlow Analyzer’s Capabilities
  8. 8. • Flow-based traffic analysis • Real-time traffic reports • Top Applications – Identifying resource-intensive applications • Probe-Server architecture for distributed monitoring • Threshold-based alerts NetFlow Analyzer’s capabilities
  9. 9. How NetFlow Analyzer helped the institution
  10. 10. • Identifying Top Applications • Application-wise bandwidth usage • Monitoring distributed networks • Top conversations in the network • Getting real-time traffic statistics • Centralized configurable dashboard How NetFlow Analyzer helped
  11. 11. Business value • Single console view • Better visibility • Faster troubleshooting of sluggishness • Minimum downtime • Optimized usage of resources • Delivery of critical applications
  12. 12. Thank you saisundhar.p@manageengine.com

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