Data Center Automation using Juniper Apstra Freeform (APSTRAFF)

 

Résumé du cours

This three-day course provides students with the foundational knowledge required to work with the Juniper Apstra Freeform reference design and to manage networks with Juniper Apstra software. This class will provide attendees with the knowledge to build, operate, and manage a network using the Juniper Apstra Freeform features set. Attendees will be given a background on Jinja2 templating.

The course covers the Juniper Apstra Freeform reference design and including the designing, building, deploying, and automation of a centrally routed and bridged, 3-stage IP fabric with VXLAN overlay. The course begins with a review of Jinja2 templating and goes on to cover the relationship between configuration templates, device context, and property sets. Using this knowledge, a student will use the Juniper Apstra user interface to instantiate a Freeform blueprint (a running network). After teaching you to use Juniper Apstra to build a running network, the course takes the student through the process of deploying a centrally routed and bridged 3-stage IP fabric using Freeform. After deploying the Freeform blueprint the course reviews the operational tools for managing a system with Juniper Apstra including basic troubleshooting and day 2 operations like drain mode, adding and removing nodes from a fabric, rolling back an entire network (Time Voyager), querying the graph database, and performing Intent-based Analytics (IBA).

Through demonstrations and hands-on labs, students will gain experience in configuring and monitoring an Freeform-based IP fabric using Juniper Apstra. This course is based on Juniper Apstra Release 4.1.1.

Moyens Pédagogiques :
  • Quiz pré-formation de vérification des connaissances (si applicable)
  • Réalisation de la formation par un formateur agréé par l’éditeur
  • Formation réalisable en présentiel ou en distanciel
  • Mise à disposition de labs distants/plateforme de lab pour chacun des participants (si applicable à la formation)
  • Distribution de supports de cours officiels en langue anglaise pour chacun des participants
    • Il est nécessaire d'avoir une connaissance de l'anglais technique écrit pour la compréhension des supports de cours
Moyens d'évaluation :
  • Quiz pré-formation de vérification des connaissances (si applicable)
  • Évaluations formatives pendant la formation, à travers les travaux pratiques réalisés sur les labs à l’issue de chaque module, QCM, mises en situation…
  • Complétion par chaque participant d’un questionnaire et/ou questionnaire de positionnement en amont et à l’issue de la formation pour validation de l’acquisition des compétences

A qui s'adresse cette formation

The primary audiences for this course are the following:

  • Networking architects and operators, system engineers, DevOps and IT professionals
  • Individuals responsible for configuring, monitoring, and troubleshooting modern networks of any size leveraging Junos hardware or operating systems

Pré-requis

  • Basic knowledge of Apstra, including :
    • Navigating the global UI
    • Using device profiles
    • Agent installation
    • Device management
    • Navigating a blueprint’s UI
    • Using the REST API
  • Basic knowledge of networking and data center designs
  • Understanding of Clos IP fabric
  • Basic routing protocol design, configuration, and performance
  • Overlay and underlay routing designs knowledge
  • Basic automation design and workflows
  • An understanding of Junos device configuration via CLI
  • Strong background in Jinja templating
  • Basic automation tools like Python and Ansible
  • Border Gateway Protocol (BGP) knowledge is recommended, but not required

Objectifs

After successfully completing this course, you should be able to:

  • Describe the benefits of the Freeform reference design
  • Discuss how templates are used for Junos automation
  • Create Jinja2 templates
  • Describe how Jinja2 can be used to create Junos configurations
  • Describe how to create a config template
  • Perform the steps to create a running Freeform blueprint
  • Describe the usage of device context and property sets
  • Explain the behavior of a central routing and bridging (CRB) DC
  • Describe the configuration of a CRB-based DC
  • Describe how to define intent for the CRB use case
  • Describe how to use the default config templates for the CRB use case
  • Describe how to enable basic routing in the CRB use case
  • Describe how to enable VXLAN networks in the CRB use case
  • Describe how to route between overlay VXLAN networks in the CRB use case
  • Perform Day 2 operations by modifying device context
  • Perform Day 2 operations by modifying config templates
  • Use the Graph Explorer to traverse the graph datastore
  • Describe the function of an IBA probe
  • Create an IBA probe

Contenu

  • Course Introduction
  • Freeform Overview
  • Jinja Review
  • Config Templates
  • Deploy a Freeform Blueprint
  • Device Context and Property Sets
  • CRB Use Case — Overview
  • CRB Intent and Default Config Templates
  • Basic Routing for CRB
  • L2 Overlay Networking for CRB
  • L3 Overlay Networking for CRB
  • Day 2 Operations
  • Graph Explorer
  • Intent-Based Analytics Overview
  • Creating an IBA Probe

Labs

  • Lab 1: Jinja Review
  • Lab 2: Deploying a Freeform Blueprint
  • Lab 3: Device Context and Property Sets
  • Lab 4: Creating Intent, Context, and Root Templates for CRB
  • Lab 5: Basic Routing for CRB
  • Lab 6: Layer 2 Overlay Networking for CRB
  • Lab 7: Layer 3 Overlay Networking for CRB
  • Lab 8: Day 2 Operations
  • Lab 9: Creating IBA Probes

Prix & Delivery methods

Formation en ligne

Durée
5 jours

Prix
  • US$ 5 000,–
Formation en salle équipée

Durée
5 jours

Prix
  • France : US$ 5 000,–

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