• Describe the benefits of Juniper Mist Wired Assurance (switch installation and campus fabrics).
• Explain each of the three processes that make up switch installation.
• Summarize the management of standalone and Virtual Chassis switches in the Mist UI.
• Correlate switch configurations and template options available in the Mist UI.
• Explain traditional and modern campus architectures.
• Install a Juniper enterprise switch with the Mist UI.
• Deploy switches in a traditional campus LAN.
• Deploy an EVPN-multihomed campus fabric using Mist.
• Deploy a 3-stage IP Clos campus fabric using Mist.

DAY 1

1 Course Introduction

2 Mist Wired Assurance Overview

• Describe Mist overview
• Define the Wired Assurance solutions and supported devices
• Administer a Mist Account

3 Mist Wired Assurance, Day Zero—Provision

• Describe the integration workflow
• Explain greenfield provisioning and review the ZTP processes
• Explain brownfield provisioning
• Describe telemetry collection

Lab 1: Onboarding Switches

4 Mist Wired Assurance—Virtual Chassis

• Describe the Virtual Chassis
• Describe forming a Virtual Chassis using Mist’s VC wizard
• Describe forming a Virtual Chassis manually
• Describe modifying a Virtual Chassis
• Describe monitoring a Virtual Chassis

5 Mist Wired Assurance, Day One—Deployment

• Describe the configuration options available from Mist to manage all, some, or single switches

Lab 2: Managing Switches and Templates

DAY 2

6 Mist Wired Assurance, Day One—Configuration

Define the Mist configuration and template options

7 Configuration Scalability Use Cases

• Describe the site variables use case
• Describe the dynamic port configuration use case
• Describe the select switches use case
• Describe the bulk upload of switch configurations

8 Mist Wired Assurance, Day Two—Operations

• Describe Wired Assurance SLEs and their classifiers
• Describe Alerts and Events
• Describe Switch Insights
• Describe Switch Utilities

Lab 3: Mist Utilities

9 Wired Clients

• Explain the operation of Mist Wired Clients
• Discuss Wired Client Insights

DAY 3

10 Campus Fabric Architectures

• Describe a traditional Campus network design
• Explain the need for a new architectural design
• Describe Layer 3-based campus network designs

11 VXLAN Overview

• Describe Layer 2 tunneling
• Explain VXLAN functionality
• Describe VXLAN gateways

12 EVPN-VXLAN

• Describe EVPN features
• Explain EVPN operations
• Describe EVPN and VXLAN for data plane encapsulation

13 Mist Campus Fabric Deployment—EVPN Multihoming

• Describe the campus fabric deployments available in Mist
• Deploy an EVPN-multihoming fabric using Mist

Lab 4: EVPN Multihoming Fabric

DAY 4

14 Mist Campus Fabric Deployment—Core Distribution

• Deploy a Mist campus fabric-core distribution

15 Group-Based Policy and Microsegmentation

• Explain network segmentation
• Explain GBP and Microsegmentation
• Configure GBP in Mist

16 Mist Campus Fabric Deployment–IP Clos

• Deploy a Mist campus fabric-IP Clos

Lab 5: Campus Fabric IP Clos – 3-Stage

• Individuals who want an understanding of Juniper Mist Wired Assurance and Juniper switches
• Individuals who want to learn how to deploy campus networks using Mist
• Individuals who want an introduction to network fabrics and their application in a campus LAN environment.

• Completion of the Juniper Wireless Networks with Mist AI (JWMA) course or equivalent knowledge
• General understanding of campus and enterprise networks
• Advanced networking knowledge of routing and switching and supporting technologies
• Basic knowledge of Juniper switching devices
• Strong understanding of the BGP routing protocol