NNMI200-2022MFOpenTextMF-NNMI200-20221.0<p>On completion of this course, participants should be able to: </p> <ul> <li>Plan for NNMi implementation</li><li>Configure integration between NNMi and Network Automation (NA), and NNMi and LDAP</li><li>Implement Application failover and Global Network Management (GNM)</li><li>Use Incident correlation</li><li>Extend NNMi functionality with custom menu actions</li><li>Define Management Information Base (MIB) expressions and collect custom MIB data from devices</li><li>Understand the functionality of the MultiProtocol Label Switching, Quality Assurance Smart Plug-in (QA SPI), and Traffic Performance</li><li>Learn about Containers, AppHub, Containerd and Kubernetes, along with NOM-OMT</li></ul><p>To be successful in this course, you should have the following prerequisites or knowledge:</p> <ul> <li>Prior knowledge and hands-on experience with NNMi 2022.x or later versions and/or participation in the NNMi120 - Network Node Manager i 2022.X Essentials course or later versions.</li></ul><ul> <li>Module 1: Course Overview</li><li>Module 2: Application Failover</li><li>Module 3: NNMi Global Network Management</li><li>Module 4: Integrating NNMi, LDAP, and NA</li><li>Module 5: Custom Attributes</li><li>Module 6: Advanced Protocols IPv6 and SNMPv3</li><li>Module 7: User Interface Customization</li><li>Module 8: Advanced Incident Configuration</li><li>Module 9: Custom Poller</li><li>Module 10: Managing Virtualization</li><li>Module 11: NNM iSPI for QA and NNM iSPI for MPLS</li><li>Module 12: Introduction to NOM on OMT</li></ul><h5>Module 1: Course Overview</h5><ul> <li>Participant introductions</li><li>Administration and housekeeping</li><li>Facilities</li><li>Participants&rsquo; responsibilities</li><li>Course objectives</li><li>Course outline</li><li>Exercises</li><li>Survey</li></ul><h5>Module 2: Application Failover</h5><ul> <li>Summarize the NNMi application failover functionality</li><li>Configure application failover</li><li>Use cluster administration commands</li></ul><h5>Module 3: NNMi Global Network Management</h5><ul> <li>Explain the functions and features of Global Network Management (GNM)</li><li>Define the two main components of GNM</li><li>Analyze use scenarios for GNM</li><li>Outline different deployment scenarios for GNM</li><li>List prerequisites for GNM deployment</li><li>Explain GNM-iSPI relations</li><li>Identify high-level GNM architecture</li><li>Explain how to plan and configure GNM for NNMi</li></ul><h5>Module 4: Integrating NNMi, LDAP, and NA</h5><ul> <li>Describe how to integrate NNMi with Lightweight Directory Protocol (LDAP) and Microsoft Active Directory (AD)</li><li>Integrate NNMi with Network Automation (NA)</li></ul><h5>Module 5: Custom Attributes</h5><ul> <li>Add custom attributes to nodes</li><li>Add custom attributes to interfaces</li><li>Populate custom attributes from the CLI</li></ul><h5>Module 6: Advanced Protocols IPv6 and SNMPv3</h5><ul> <li>Specify the types of IPv6 addresses</li><li>Identify the notation used in writing IPv6 addresses</li><li>Describe how NNMi supports IPv6</li><li>Explain how to locate and manage IPv6 and IPv4 devices</li><li>List the prerequisites for deploying IPv6</li><li>List the components and architecture of SNMPv3</li><li>Explain how SNMPv3 security works</li><li>Describe how to configure NNMi to manage SNMPv3-enabled devices</li><li>List the general steps for configuring a network device for SNMPv3</li><li>Describe the main design goals for SNMPv3</li></ul><h5>Module 7: User Interface Customization</h5><ul> <li>Create a menu</li><li>Create a menu item</li><li>Create a launch action</li><li>Create a line graph action</li></ul><h5>Module 8: Advanced Incident Configuration</h5><ul> <li>Define a node and interface group specific to trap handling</li><li>Use the following event correlation features:</li><li>Dampening</li><li>Payload filtering</li><li>Pairwise</li><li>Rate</li><li>Deduplication</li><li>Custom correlation</li><li>Causal rules</li></ul><h5>Module 9: Custom Poller</h5><ul> <li>Define a MIB expression</li><li>Configure a collection policy</li><li>Define a collection threshold</li><li>Export collected data to a CSV file</li><li>Define MIB expressions and collections using the CLI</li></ul><h5>Module 10: Managing Virtualization</h5><ul> <li>Identify the hypervisor (ESXi Server) hosting a virtual machine (VM)</li><li>Use a loom map to identify the hosting hypervisor&#039;s Network Interface Card (NIC) that the VM is connected to</li><li>Use a wheel map to identify the hosting hypervisor&#039;s NIC that the VM is connected to</li></ul><h5>Module 11: NNM iSPI for QA and NNM iSPI for MPLS</h5><ul> <li>Identify the functionality of NNM iSPI Performance for Quality Assurance Software (NNM iSPI for QA)</li><li>Configure and use NNM iSPI for QA</li><li>Identify the functionality of NNM iSPI for MPLS</li><li>Configure and use NNM iSPI for MPLS</li><li>Identify the functionality of NNM iSPI for Traffic</li></ul><h5>Module 12: Introduction to NOM on OMT</h5><ul> <li>Describe OPTIC Management Toolkit (OMT)</li><li>Describe Network Operations Management (NOM)</li><li>Describe NOM deployment modes</li></ul>On completion of this course, participants should be able to: - Plan for NNMi implementation - Configure integration between NNMi and Network Automation (NA), and NNMi and LDAP - Implement Application failover and Global Network Management (GNM) - Use Incident correlation - Extend NNMi functionality with custom menu actions - Define Management Information Base (MIB) expressions and collect custom MIB data from devices - Understand the functionality of the MultiProtocol Label Switching, Quality Assurance Smart Plug-in (QA SPI), and Traffic Performance - Learn about Containers, AppHub, Containerd and Kubernetes, along with NOM-OMTTo be successful in this course, you should have the following prerequisites or knowledge: - Prior knowledge and hands-on experience with NNMi 2022.x or later versions and/or participation in the NNMi120 - Network Node Manager i 2022.X Essentials course or later versions.- Module 1: Course Overview - Module 2: Application Failover - Module 3: NNMi Global Network Management - Module 4: Integrating NNMi, LDAP, and NA - Module 5: Custom Attributes - Module 6: Advanced Protocols IPv6 and SNMPv3 - Module 7: User Interface Customization - Module 8: Advanced Incident Configuration - Module 9: Custom Poller - Module 10: Managing Virtualization - Module 11: NNM iSPI for QA and NNM iSPI for MPLS - Module 12: Introduction to NOM on OMTModule 1: Course Overview - Participant introductions - Administration and housekeeping - Facilities - Participants’ responsibilities - Course objectives - Course outline - Exercises - Survey Module 2: Application Failover - Summarize the NNMi application failover functionality - Configure application failover - Use cluster administration commands Module 3: NNMi Global Network Management - Explain the functions and features of Global Network Management (GNM) - Define the two main components of GNM - Analyze use scenarios for GNM - Outline different deployment scenarios for GNM - List prerequisites for GNM deployment - Explain GNM-iSPI relations - Identify high-level GNM architecture - Explain how to plan and configure GNM for NNMi Module 4: Integrating NNMi, LDAP, and NA - Describe how to integrate NNMi with Lightweight Directory Protocol (LDAP) and Microsoft Active Directory (AD) - Integrate NNMi with Network Automation (NA) Module 5: Custom Attributes - Add custom attributes to nodes - Add custom attributes to interfaces - Populate custom attributes from the CLI Module 6: Advanced Protocols IPv6 and SNMPv3 - Specify the types of IPv6 addresses - Identify the notation used in writing IPv6 addresses - Describe how NNMi supports IPv6 - Explain how to locate and manage IPv6 and IPv4 devices - List the prerequisites for deploying IPv6 - List the components and architecture of SNMPv3 - Explain how SNMPv3 security works - Describe how to configure NNMi to manage SNMPv3-enabled devices - List the general steps for configuring a network device for SNMPv3 - Describe the main design goals for SNMPv3 Module 7: User Interface Customization - Create a menu - Create a menu item - Create a launch action - Create a line graph action Module 8: Advanced Incident Configuration - Define a node and interface group specific to trap handling - Use the following event correlation features: - Dampening - Payload filtering - Pairwise - Rate - Deduplication - Custom correlation - Causal rules Module 9: Custom Poller - Define a MIB expression - Configure a collection policy - Define a collection threshold - Export collected data to a CSV file - Define MIB expressions and collections using the CLI Module 10: Managing Virtualization - Identify the hypervisor (ESXi Server) hosting a virtual machine (VM) - Use a loom map to identify the hosting hypervisor's Network Interface Card (NIC) that the VM is connected to - Use a wheel map to identify the hosting hypervisor's NIC that the VM is connected to Module 11: NNM iSPI for QA and NNM iSPI for MPLS - Identify the functionality of NNM iSPI Performance for Quality Assurance Software (NNM iSPI for QA) - Configure and use NNM iSPI for QA - Identify the functionality of NNM iSPI for MPLS - Configure and use NNM iSPI for MPLS - Identify the functionality of NNM iSPI for Traffic Module 12: Introduction to NOM on OMT - Describe OPTIC Management Toolkit (OMT) - Describe Network Operations Management (NOM) - Describe NOM deployment modes3 days2400.00