Gigamon Inline Bypass: Designing and Implementing Inline Bypass

Gigamon Inline Bypass: Designing and Implementing Inline BypassILB SOLUTIONSGGGigamonGG-ILB SOLUTIONS6.9After completing this course, you will understand: <ul> <li>Understand the different uses for Classic and Flexible inline solutions</li><li>Learn design considerations important when implementing an inline bypass solution</li><li>Implement Classic and Flexible inline solutions</li><li>Understand how to implement inline resiliency</li><li>Learn best practices and how to overcome common challenges</li></ul>Mandatory Requirement: Customers must have knowledge of or have taken the <a class="fl-href-prod" href="/swisscom/course/gigamon-gfd1"><svg role="img" aria-hidden="true" focusable="false" data-nosnippet class="cms-linkmark"><use xlink:href="/css/img/icnset-linkmarks.svg#linkmark"></use></svg>Gigamon Foundations I: Insight into Network Data Across Your Network (GFD1)</a> course before they take this one-day course. As a follow on course to the Gigamon Foundations I course, learners are expected to already possess these skills, abilities, and knowledge: <ul> <li>Data security protection and prevention fundamentals</li><li>Fundamentals of route switch technologies</li></ul>The primary target audiences for the course are: <ul> <li>Security Ops teams that need to understand how Gigamon Inline Bypass Solutions function in relation to designing and deploying solutions utilizing these features.</li><li>Network Ops teams that are familiar with Gigamon, and will be implementing a Classic or Flexible Inline Bypass solution. These include roles like architects, admins, and operators.</li></ul>Module 1: Gigamon Solution Overview <ul> <li>Network Packet Broker concepts</li><li>Gigamon Platform</li><li>Inline Bypass module options</li></ul>Module 2: Inline Bypass Overview <ul> <li>Inline Solutions: Tools and Challenges Overview</li><li>Inline Bypass Benefits</li></ul>Module 3: Inline Bypass Foundations <ul> <li>Inline Bypass Design Considerations</li><li>Explicit versus Implicit Inline Behavior</li><li>Asymmetric Traffic</li></ul>Module 4: Classic Inline Bypass Overview (with Lab) <ul> <li>Inline Monitoring and Configurations</li><li>Monitoring Multiple Links</li><li>Traffic Paths</li><li>Protected versus Unprotected</li><li>Traffic Forwarding and Inline Inspection</li><li>Tool Operation Validation</li><li>Tool Group Redundancy</li><li>Tool Failover Configurations</li><li>Inline Configuration Examples</li></ul>Module 5: Flexible Inline Bypass Overview <ul> <li>Flexible Inline Bypass Features</li><li>Flexible Inline Bypass Fundamentals</li><li>Flexible Inline Bypass Design Discussion</li></ul>Module 6: Designing and implementing Resilient Inline Bypass solutions <ul> <li>Redundant Inline Network Architectures</li><li>Gigamon Resilience for Inline Protection (GRIP) Configuration</li></ul>After completing this course, you will understand: - Understand the different uses for Classic and Flexible inline solutions - Learn design considerations important when implementing an inline bypass solution - Implement Classic and Flexible inline solutions - Understand how to implement inline resiliency - Learn best practices and how to overcome common challengesMandatory Requirement: Customers must have knowledge of or have taken the Gigamon Foundations I: Insight into Network Data Across Your Network (GFD1) course before they take this one-day course. As a follow on course to the Gigamon Foundations I course, learners are expected to already possess these skills, abilities, and knowledge: - Data security protection and prevention fundamentals - Fundamentals of route switch technologiesThe primary target audiences for the course are: - Security Ops teams that need to understand how Gigamon Inline Bypass Solutions function in relation to designing and deploying solutions utilizing these features. - Network Ops teams that are familiar with Gigamon, and will be implementing a Classic or Flexible Inline Bypass solution. These include roles like architects, admins, and operators.Module 1: Gigamon Solution Overview - Network Packet Broker concepts - Gigamon Platform - Inline Bypass module options Module 2: Inline Bypass Overview - Inline Solutions: Tools and Challenges Overview - Inline Bypass Benefits Module 3: Inline Bypass Foundations - Inline Bypass Design Considerations - Explicit versus Implicit Inline Behavior - Asymmetric Traffic Module 4: Classic Inline Bypass Overview (with Lab) - Inline Monitoring and Configurations - Monitoring Multiple Links - Traffic Paths - Protected versus Unprotected - Traffic Forwarding and Inline Inspection - Tool Operation Validation - Tool Group Redundancy - Tool Failover Configurations - Inline Configuration Examples Module 5: Flexible Inline Bypass Overview - Flexible Inline Bypass Features - Flexible Inline Bypass Fundamentals - Flexible Inline Bypass Design Discussion Module 6: Designing and implementing Resilient Inline Bypass solutions - Redundant Inline Network Architectures - Gigamon Resilience for Inline Protection (GRIP) Configuration1 Tag995.00995.00840.00850.00995.001375.00995.00