NNMABAMFOpenTextMF-NNMABA24.2<p>On completion of this course, participants should be able to:</p> <ul> <li>Describe the OPTIC Data Lake (ODL) and its interaction with NNM.</li><li>Explain the intelligent Smart Plug-Ins (iSPIs) such as Quality Assurance iSPI (QA), multicast iSPI, MPLS iSPI, and traffic iSPI.</li><li>Discuss the new data collection capabilities offered by Open Data Ingestion (ODI), Webhook, and Telemetry.</li><li>Understand the concepts of Deep Monitoring.</li><li>Implement application failover and High Availability (HA).</li><li>Configure Regional and Global Network Managers (RNM/GNM).</li><li>Use REST APIs for managing and monitoring.</li><li>Monitor your enterprise network using advanced protocols such as IPv6 and SNMPv3.</li></ul><p>To be successful in this course, you should have the following prerequisites or knowledge:</p> <ul> <li>Network management operations principles and practices.</li><li>TCP/IP and industry-standard networking protocols.</li><li>Familiarity with network devices such as routers, gateways, firewalls, and switches.</li><li>Systems and network administration.</li><li>Familiarity with Linux command language and shell scripting.</li><li>Successfully have completed 3-6901 &ndash; NNMi Basic Administration and Configuration, or have used NNM at a Business Administrator level for a minimum of six months.</li></ul><p>This course is intended for:</p> <ul> <li>Network engineers</li><li>Network Operations Center (NOC) operators</li><li>Support staff</li><li>Operation managers</li></ul><ul> <li>Course overview</li><li>Introduction to NOM on OMT</li><li>SNMP data collection</li><li>Non-SNMP data collection</li><li>NOM and OPTIC Data Lake</li><li>Overlay support</li><li>Application failover</li><li>NNM Global Network Management</li><li>Network Edge Observer</li><li>Security and certificates</li><li>Integrating NNM, LDAP and NA</li><li>NOM REST API</li><li>Managing virtualization</li><li>NNM licensing</li><li>Advanced protocols</li><li>Advanced incident configuration</li><li>Pseudo objects</li><li>Custom attributes</li><li>User interface customization</li></ul><h5>Chapter 1: Course overview</h5><ul> <li>Identify the content and objectives of the course.</li><li>Define the class schedule and class logistics.</li><li>Identify the related courses and next steps.</li><li>Discuss lab environment details.</li></ul><h5>Chapter 2: Introduction to NOM on OMT</h5><ul> <li>Describe the concept of Network Operations Management (NOM)</li><li>Explain the operation of OPTIC data lake (ODL) and its role in NOM</li><li>Describe the concept of the Optic Management Toolkit and its role in the deployment of ODL and NOM</li><li>Explain the high-level architecture of NOM and its deployment modes</li><li>Describe how NOM can operate in the OpenText cloud</li><li>Explain the reporting capabilities of NOM and ODL working together</li><li>Describe the reporting technologies that can be used for dashboarding and reporting</li></ul><h5>Chapter 3: SNMP data collection</h5><ul> <li>Explain the concepts of :</li><li>Quality of Service (QoS)</li><li>IP Service Level Agreements (IP SLAs)</li><li>Virtual Routing and Forwarding (VRF)</li><li>Describe the following NNMi intelligent Smart Plug-Ins (iSPIs):</li><li>3a. Quality Assurance (QA) iSPI and Intelligent Response Agent (iRA)</li><li>3b. Multiprotocol Label Switching (MPLS) iSPI</li><li>3c. Traffic iSPI</li><li>3d. IP Telephony (IPT) iSPI</li><li>3e. Multicast iSPI</li></ul><h5>Chapter 4: Non-SNMP data collection</h5><p>This chapter is comprised of the following sub-modules:</p> <ul> <li>4a. Custom Poller <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></li><li>4b. Open Data Ingestion (ODI) <ul> <li>Describe the value proposition of ODI</li><li>Explain the process inserting data using ODI</li><li>Understand the concepts of Authentication, Data Set definition, and data insertion using the REST API</li><li>Explain how raw, aggregation and forecast data sets are created</li><li>Describe the licensing nuances of using ODI</li></ul></li><li>4c. Webhook <ul> <li>Explain the value of the Webhook mechanism and its purpose</li><li>Discuss the principles of operation of Webhook</li><li>Explain how Webhook works in an application failover or HA environment</li><li>Use the Webhook CLI commands</li><li>Understand the Webhook mapping rules</li></ul></li><li>4d. Telemetry <ul> <li>Explain the concept of telemetry</li><li>Describe the differences between MIN and YANG model</li></ul></li><li>4e. Deep Monitoring <ul> <li>Discuss the concept of Deep Monitoring as defined by OpenText</li><li>Explain the NNM use case for Wireless Deep Monitoring</li><li>Explain the NNM use case for Firewall Deep Monitoring</li><li>Discuss the licensing scheme for deep monitoring</li></ul></li></ul><h5>Chapter 5: NOM and OPTIC Data Lake</h5><ul> <li>Describe the main feature of Optic reporting</li><li>Enumerate the different types of reports and dashboards available in the NOM UI</li><li>Navigate the NOM UI</li><li>Describe some of the available stakeholder dashboards</li><li>Explain how to create a FLEX report</li><li>Describe how to navigate the Performance Troubleshooting console</li><li>Use the Performance Maps</li></ul><h5>Chapter 6: Overlay support</h5><ul> <li>Explain the concept of an overlay</li><li>Describe the Cisco ACI overlay</li><li>Explain the Firewall virtual system overlay</li><li>Describe the SDWAN overlay support</li></ul><h5>Chapter 7: 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>Chapter 8: NNM Global Network Management</h5><ul> <li>List the functions and features of Global Network Management (GNM)</li><li>List the two main components of GNM</li><li>Analyze use case scenarios for GNM</li><li>Outline different deployment scenarios for GNM</li><li>List prerequisites for GNM deployment</li><li>Analyze GNM-iSPI relations</li><li>Identify high-level GNM architecture</li><li>Plan and configure GNM for NNM</li></ul><h5>Chapter 9: Network Edge Observer</h5><ul> <li>Explain the value proposition and purpose of the Network Edge Observer (NEO)</li><li>Describe the configuration of NEO with NNM</li><li>Explain the similarities and differences between NEO, RNM and GNM</li></ul><h5>Chapter 10: Security and certificates</h5><ul> <li>Explain the importance of secure communications</li><li>Discuss the basics of secure communications such as encryption, certificates, certificate authority (CA)</li><li>Explain what secure communications adds to NOM</li><li>Discuss where secure communications are used in NOM</li></ul><h5>Chapter 11: Integrating NNM, LDAP and NA</h5><ul> <li>Describe the products that integrate with NNM</li><li>Discuss the integration of NNM with Network Automation (NA)</li><li>Integrate NNM with Lightweight Directory Access Protocol (LDAP)</li></ul><h5>Chapter 12: NOM REST API</h5><ul> <li>Explain the APIs available with NNM</li><li>Describe the concept of a REST API</li><li>Explain the benefits of a REST API</li><li>Describe the flow of a REST API</li><li>Explain the details of a REST API request</li><li>Describe the NNM data model</li></ul><h5>Chapter 13: 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</li><li>Use a wheel map to identify the hosting hypervisor&#039;s NIC to whom the VM is connected</li></ul><h5>Chapter 14: NNM licensing</h5><ul> <li>Describe the NOM license structure across different capabilities</li></ul><h5>Chapter 15: Advanced protocols</h5><p>This module is comprised of the following sub-modules:</p> <ul> <li>15a. IPv6 <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>Locate and manage IPv6 and IPv4 devices</li><li>List the prerequisites for deploying IPv6</li></ul></li><li>15b SNMPv3 <ul> <li>List the components and architecture of SNMPv3</li><li>Analyze how SNMPv3 security works</li><li>List the general steps for configuring a network device for SNMPv3</li><li>Identify the main design goals for SNMPv3</li><li>Configure NNM to manage SNMPv3-enabled devices</li></ul></li></ul><h5>Chapter 16: 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>Chapter 17: Pseudo objects</h5><ul> <li>Explain the concept of a pseudo object</li><li>Create pseudo nodes</li><li>Create pseudo interfaces</li><li>Create pseudo connections</li><li>Display a Layer 2 connectivity diagram with pseudo-objects</li></ul><h5>Chapter 18: 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>Chapter 19: 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>On completion of this course, participants should be able to: - Describe the OPTIC Data Lake (ODL) and its interaction with NNM. - Explain the intelligent Smart Plug-Ins (iSPIs) such as Quality Assurance iSPI (QA), multicast iSPI, MPLS iSPI, and traffic iSPI. - Discuss the new data collection capabilities offered by Open Data Ingestion (ODI), Webhook, and Telemetry. - Understand the concepts of Deep Monitoring. - Implement application failover and High Availability (HA). - Configure Regional and Global Network Managers (RNM/GNM). - Use REST APIs for managing and monitoring. - Monitor your enterprise network using advanced protocols such as IPv6 and SNMPv3.To be successful in this course, you should have the following prerequisites or knowledge: - Network management operations principles and practices. - TCP/IP and industry-standard networking protocols. - Familiarity with network devices such as routers, gateways, firewalls, and switches. - Systems and network administration. - Familiarity with Linux command language and shell scripting. - Successfully have completed 3-6901 – NNMi Basic Administration and Configuration, or have used NNM at a Business Administrator level for a minimum of six months.This course is intended for: - Network engineers - Network Operations Center (NOC) operators - Support staff - Operation managers- Course overview - Introduction to NOM on OMT - SNMP data collection - Non-SNMP data collection - NOM and OPTIC Data Lake - Overlay support - Application failover - NNM Global Network Management - Network Edge Observer - Security and certificates - Integrating NNM, LDAP and NA - NOM REST API - Managing virtualization - NNM licensing - Advanced protocols - Advanced incident configuration - Pseudo objects - Custom attributes - User interface customizationChapter 1: Course overview - Identify the content and objectives of the course. - Define the class schedule and class logistics. - Identify the related courses and next steps. - Discuss lab environment details. Chapter 2: Introduction to NOM on OMT - Describe the concept of Network Operations Management (NOM) - Explain the operation of OPTIC data lake (ODL) and its role in NOM - Describe the concept of the Optic Management Toolkit and its role in the deployment of ODL and NOM - Explain the high-level architecture of NOM and its deployment modes - Describe how NOM can operate in the OpenText cloud - Explain the reporting capabilities of NOM and ODL working together - Describe the reporting technologies that can be used for dashboarding and reporting Chapter 3: SNMP data collection - Explain the concepts of : - Quality of Service (QoS) - IP Service Level Agreements (IP SLAs) - Virtual Routing and Forwarding (VRF) - Describe the following NNMi intelligent Smart Plug-Ins (iSPIs): - 3a. Quality Assurance (QA) iSPI and Intelligent Response Agent (iRA) - 3b. Multiprotocol Label Switching (MPLS) iSPI - 3c. Traffic iSPI - 3d. IP Telephony (IPT) iSPI - 3e. Multicast iSPI Chapter 4: Non-SNMP data collection This chapter is comprised of the following sub-modules: - 4a. 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 - 4b. Open Data Ingestion (ODI) - Describe the value proposition of ODI - Explain the process inserting data using ODI - Understand the concepts of Authentication, Data Set definition, and data insertion using the REST API - Explain how raw, aggregation and forecast data sets are created - Describe the licensing nuances of using ODI - 4c. Webhook - Explain the value of the Webhook mechanism and its purpose - Discuss the principles of operation of Webhook - Explain how Webhook works in an application failover or HA environment - Use the Webhook CLI commands - Understand the Webhook mapping rules - 4d. Telemetry - Explain the concept of telemetry - Describe the differences between MIN and YANG model - 4e. Deep Monitoring - Discuss the concept of Deep Monitoring as defined by OpenText - Explain the NNM use case for Wireless Deep Monitoring - Explain the NNM use case for Firewall Deep Monitoring - Discuss the licensing scheme for deep monitoring Chapter 5: NOM and OPTIC Data Lake - Describe the main feature of Optic reporting - Enumerate the different types of reports and dashboards available in the NOM UI - Navigate the NOM UI - Describe some of the available stakeholder dashboards - Explain how to create a FLEX report - Describe how to navigate the Performance Troubleshooting console - Use the Performance Maps Chapter 6: Overlay support - Explain the concept of an overlay - Describe the Cisco ACI overlay - Explain the Firewall virtual system overlay - Describe the SDWAN overlay support Chapter 7: Application failover - Summarize the NNMi application failover functionality - Configure application failover - Use cluster administration commands Chapter 8: NNM Global Network Management - List the functions and features of Global Network Management (GNM) - List the two main components of GNM - Analyze use case scenarios for GNM - Outline different deployment scenarios for GNM - List prerequisites for GNM deployment - Analyze GNM-iSPI relations - Identify high-level GNM architecture - Plan and configure GNM for NNM Chapter 9: Network Edge Observer - Explain the value proposition and purpose of the Network Edge Observer (NEO) - Describe the configuration of NEO with NNM - Explain the similarities and differences between NEO, RNM and GNM Chapter 10: Security and certificates - Explain the importance of secure communications - Discuss the basics of secure communications such as encryption, certificates, certificate authority (CA) - Explain what secure communications adds to NOM - Discuss where secure communications are used in NOM Chapter 11: Integrating NNM, LDAP and NA - Describe the products that integrate with NNM - Discuss the integration of NNM with Network Automation (NA) - Integrate NNM with Lightweight Directory Access Protocol (LDAP) Chapter 12: NOM REST API - Explain the APIs available with NNM - Describe the concept of a REST API - Explain the benefits of a REST API - Describe the flow of a REST API - Explain the details of a REST API request - Describe the NNM data model Chapter 13: 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 - Use a wheel map to identify the hosting hypervisor's NIC to whom the VM is connected Chapter 14: NNM licensing - Describe the NOM license structure across different capabilities Chapter 15: Advanced protocols This module is comprised of the following sub-modules: - 15a. IPv6 - Specify the types of IPv6 addresses - Identify the notation used in writing IPv6 addresses - Describe how NNMi supports IPv6 - Locate and manage IPv6 and IPv4 devices - List the prerequisites for deploying IPv6 - 15b SNMPv3 - List the components and architecture of SNMPv3 - Analyze how SNMPv3 security works - List the general steps for configuring a network device for SNMPv3 - Identify the main design goals for SNMPv3 - Configure NNM to manage SNMPv3-enabled devices Chapter 16: 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 Chapter 17: Pseudo objects - Explain the concept of a pseudo object - Create pseudo nodes - Create pseudo interfaces - Create pseudo connections - Display a Layer 2 connectivity diagram with pseudo-objects Chapter 18: Custom attributes - Add custom attributes to nodes - Add custom attributes to interfaces - Populate custom attributes from the CLI Chapter 19: User interface customization - Create a menu - Create a menu item - Create a launch action - Create a line graph action5 days4000.00