SDWOTS: Cisco SD-WAN Operations Troubleshooting and Best Practices
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SDWOTS: Cisco SD-WAN Operations Troubleshooting and Best Practices
Students will learn how to design, configure and operate a Cisco SD-WAN utilizing any transport (MPLS, Broadband, LTE, VSAT etc.).
Description
This five-day course covers the new deployment, options and features of version 20.x Cisco Software-Defined WAN (SD-WAN). SD-WAN is an overlay architecture that overcomes the biggest drawbacks of traditional WAN.
Students will learn how to design, configure and operate a Cisco SD-WAN utilizing any transport (MPLS, Broadband, LTE, VSAT etc.).
Candidates will discuss and build an SD-WAN environment starting from Day 0 provisioning and will also be able to provide troubleshooting, management, policy control and application visibility across the enterprise network.
This hands-on Course covers the Cisco SD-WAN product and contains extensive labs to reinforce the knowledge learned.
Course Objectives:
Upon completing this course, the learner will be able to meet these overall objectives:
- Describe how to deploy SD-WAN
- Configure SD-WAN environment
- Deploy Plug and Play / Zero-Touch Provisioning
- Implement SD-WAN Security
- Configure SD-WAN Policies
- Deploy, maintain and troubleshoot cEdge devices
- Operate SD-WAN Devices and software
- Troubleshoot SD-WAN environment
Lab Outline:
Labs are designed to assure learners a whole practical experience, through the following practical activities:
- Lab 0: Access the Lab Devices
- Task 1: Access the NterOne Lab
- Lab 1: Onboard vSmart Controller
- Lab 2: Prepare a vEdge Router for Onboarding
- Lab 3: Prepare a cEdge Router for Onboarding
- Lab 4: Add vEdge to vManage Inventory
- Lab 5: Configure and Deploy vEdge Router Control-Plane
- Lab 6: Configure and Deploy cEdge Router Control-Plane
- Lab 7: Decommission a cEdge from vManage Inventory
- Lab 8: Adding a cEdge to vManage Inventory
- Lab 9: Configure and Deploy an Overlay Network
- Lab 10: Exploring vManage GUI
- Lab 11: Provision and Deploy vManage Feature Templates
- Task 1: Deploy Feature-Based Device Template
- Lab 12: Provision and Deploy vManage CLI Templates
- Lab 13: Provision and Deploy Policies (Part 1)
- Task 1: Modify Controller Distribution Using a Control Policy
- Task 2: Create a Hub and Spoke Control Policy
- Lab 14: Provision and Deploy Policies (Part 2)
- Task 1: Create an Application Aware Routing Policy
- Task 2: Create a Service Chain Policy
- Task 3: Create Localized QOS Policies Using Feature Templates
- Lab 15: Verifying and Troubleshooting Data Plane Issues
- Task 1: Verifying the Data Plane
- Task 2: Verifying BFD Information
- Task 3: Determining the Makeup of Network Traffic Using DPI
- Task 4: Simulating Flows
- Lab 16: TLOC Extension
- Lab 17: Troubleshooting Methods and Tools
- Task 1: Ping and Traceroute
- Task 2: vManage Alarms and Events
- Task 3: vShell
- Task 4: Viewing System Log Files
- Task 5: Enabling and View Debuf Output
- Lab 18: Using the REST API and Python Scripting
- Task 1: Python Installation and Introduction
- Task 2: Examine and Run a Sample Python Script and View the Output
- Lab 19: Deploy Multitenant vManage
- Task 1: Deploy Multitenant vManage
- Task 2: Install vManage Certificates
- Task 3: Add vBond Controller and Install Certificates
- Task 4: Add a Tenant in vManage
- Task 5: Access vManage as a Tenant