Global Tech Summit
AWAN Labs
ZR/ZR+ Optics Lab
Overview
Starting Lab
Amplified Topology
Connect to Lab VM
Configure 400GE Mode Connection
Configure 3x100GE Mode Connection
Unamplified Topology
Connect to Lab VM
Wavelength
Transmit Power
OpenJTS
Pick-up OpenJTS VM
Download and install OpenJTS stack
Build OpenJTS and start the stack
Initial MX configuration
Initial OpenJTS configuration
Fill in the credentials
Add your MX router in your inventory
Test gNMI connectivity
Profile(s) assignement
Profile(s) Documentation
Visualize data
Stop OpenJTS and clean your VM
CGNAT Service with Scale-Out Solution
Email contact for feedback/suggestions:
Introduction
Step 1: Prepare your POD for the lab
Step 2: Review the initial network setup and topology
Step 3: Review the network configuration of the vMX and the vSRXes
Step 4: Review the provisioning tool and the corresponding profiles and templates on the vMX
Step 5: Provision vsrx-01 to the Scale-Out setup
Step 6: Provision vsrx-02 and vsrx-03 to the Scale-Out setup
Step 7: Node isolation on/off
Step 8: Deletion of existing node from the setup
Step 9: Check what is under the hood
Step 10: Modifying NAT pools
Link Slicing with MPLS and SRv6 Underlays
Overview
Starting Lab
Lab Blueprint Topology
Architecture Introduction
Link Slicing Introduction
Link Slicing with slice-aware H-QoS
Slice-aware H-QoS Configuration
STEP-1 (P1/P2 Router)
STEP-2 (P1/P2 Router)
STEP-3 (P1/P2 Router)
STEP-4 (P1/P2 router - required on vMX)
STEP-5 (P1/P2 Router - required on vMX)
STEP-6 (P1/P2 Router)
Assigning traffic to slices – MPLS
STEP-7 (PE21/PE11 router)
STEP-8 (PE21/PE11 router)
STEP-9 (P1/P2 Router)
STEP-10 (P1/P2 Router)
STEP-11 (P1/P2 Router)
Assigning traffic to slices – SRv6
STEP-12 (PE21/PE11 Router)
STEP-13 (P1/P2 Router)
STEP-14 (P1/P2 Router)
STEP-15 (P1/P2 Router)
Appendix
Glossary
AWAN - Paragon Labs
Paragon Automation - Device LCM
Overview
Starting Lab
Lab Blueprint Topology
Connect to Jumpbox
Device Lifecycle Management
Login to Paragon
Take Configuration Backup
Deploy A Simple Configuration Template
Review Audit Logs
Review Configuration Difference
Review Trust Score
Review Interface Health
Review Alarms, Alerts, and Syslogs
Paragon Automation - Deploy L3VPN
Overview
Starting Lab
Lab Blueprint Topology
Connect to Jumpbox
L3VPN Service Orchestration
Login to Paragon
Orchestrate L3VPN Service
Observe Instance Related Data
De-Provision L3VPN
Track Orchestration Workflow
Paragon Automation Configuration template lab
Overview
Lab
Goals
Introduction
Time
Topology
Steps
Add
Form basic settings example
Form advanced settings example
View
Preview
Deploy
Edit
Delete
Conclusion
Paragon Automation - Active Assurance
Overview
Concepts
Measurement
Plugin
Test Agents
Test
Monitors
Measurement Designer
Starting Lab
Lab Blueprint Topology
Login to Paragon
Test Agent inventory
Measurement Designer - Test Creation
Test Creation
Test Results
Test list
Monitor List
Conclusions
Paragon Automation - Ask Paragon
Overview
Starting Lab
Lab Blueprint Topology
Connect to Jumpbox
Login to Paragon
Invoke ASK-Paragon
Prompt Engineering Zero Shot Prompting
Prompt Engineering One Shot Prompting
Prompt Engineering Chain of Thought Prompting
Language Personalization
Ask Anything
AWAN - Routing Assurance Labs
Routing Assurance
Overview
Lab Topology
Starting Lab
View Routers
Router Insights
Monitor Router Events
Monitor Router Performance
Monitor Traffic Patterns and Packet Drops
View Router BGP Summary
View Current Router Properties and Port Summary
Router Details
Service Level Expectations
Alerts During Anomalies
Installed Based, Security SIRT and PBN
Conclusion
Routing Assurance - Marvis CNI A/B Testing
Overview
Starting Lab
Come up with Questions
Ask Questions
Conclusion
Campus & Branch Labs
Using the Lab environment
Registration Portal
Mist Cloud Access
Default Username and Password
Remote Apache Guacamole access
EVPN Multihoming Lab
Create Switch Template
Create EVPN Multihoming Fabric
Attach Port Profiles to Ports on Access Switches
Configure WAN-Router ESI-LAG
Test Fabric traffic
IP-Clos Fabric DHCP Relay Lab
Prepare and check your Lab
Configure DHCP-Relay in Fabric
Check Loopback IP-Address exchange with WAN-Router
Testing your DHCP-Relay configuration
IP-Clos Fabric Mist NAC Lab
Lab preparation
Changes and information gathering on desktop 1 + 2 VM
Change the Switch Template
Wired Client MAC authentication
Assign MAC-Port profile to Access 1 and 2 Switch
OPTIONAL: Review Junos changes on Access Switch
Authenticate desktop1 VM via MAB
Authenticate desktop2 VM via MAB + dynamic VLAN assign
Wired Client TLS authentication
Assign eap-Port profile to Access 1
Configure Root-CA and Server Cert on Mist Cloud
Appendix
Lab Infrastructure build
Data Center Labs
Clover Designer Lab Guide
Introduction
Objectives
Prerequisites
What is the Clover Tool?
What is Clover For?
Who is Clover For?
Table of Contents
1. Logging in to Clover
2. Creating a Data Centre Fabric Design
3. Exporting Bill of Materials and PPT Files
4. Configure Apstra Blueprint with your Clover Design
5. Using Terraform with Apstra
6. Summary
7. Latest Release Notes Q2 2024
Clover Accomplishments
Apstra Test Drive
Apstra Fundamentals Lab Exercises - Junos
Before We Begin
Resource Management
Create an IP Pool
Create ASN Pool
Templates
Create Template
Device Management
Bring Devices Under Apstra Management
Blueprints
Create Blueprint
Assign Resources
Assign Interface Maps and Perform Our First Commit
Assign System IDs
Configure External Router Node
Add External Generic
Configure Default VRF Peering
Deploy Update to the Blueprint
Multi-tenancy
Virtual Networks
Create Routing Zone
Update Connectivity Template for New Routing Zone
Create Virtual Network: finance-www
Create Virtual Network: finance-app
Create Inter-rack VXLAN (finance-db)
Assign Resources to Virtual Networks
Assign Virtual Networks to Server Interfaces
Deploy VXLANs
Check Server Connectivity
Check Inter-network Connectivity
Configlets
Edit NTP Configlet
. In the
Edit Configlet
view, set
Config Style
to
Junos
. Under
Top-level
, select
Hierarchical
. Copy-and-paste the
Template Text
below the image into the Configlet, as shown. Be sure to be accurate in this step, so we don’t get errors later. Once complete, press the
Update
button in the lower right to save your work. + +
Template Text
[source,jinja]
system { ntp { server {{ntp_server}} routing-instance {{junos_mgmt_vrf}}; } }
Import the Configlet and Property Sets
Intent-Based Analytics - Probe Basics
Instantiate Predefined IBA Probe
Stopping and Starting IBA Probe
Root Cause Identification
Enabling Connectivity RCI Fault Model
Troubleshooting Scenario
Troubleshooting Config Deviation
Conclusion and Next Steps
Milestone 1
Milestone 2
Milestone 3
Milestone 4
AWAN Labs
ZR/ZR+ Optics Lab
OpenJTS
CGNAT Service with Scale-Out Solution
Link Slicing with MPLS and SRv6 Underlays
AWAN - Paragon Labs
Paragon Automation - Device LCM
Paragon Automation - Deploy L3VPN
Paragon Automation Configuration template lab
Paragon Automation - Active Assurance
Paragon Automation - Ask Paragon
AWAN - Routing Assurance Labs
Routing Assurance
Routing Assurance - Marvis CNI A/B Testing
Campus & Branch Labs
Using the Lab environment
EVPN Multihoming Lab
IP-Clos Fabric DHCP Relay Lab
IP-Clos Fabric Mist NAC Lab
Appendix
Data Center Labs
Clover Designer Lab Guide
Apstra Test Drive
Index