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Nokia Event-Driven Automation (EDA) Fundamentals

Ways to learn:
Instructor-led | Self-study materials | Learning labs

Course overview

This 2-day hands-on course introduces students to Nokia’s Event Driven Automation (EDA) platform. The training will cover how EDA leverages Kubernetes concepts to automate the network configuration and operations in a data center.

By the end of the course, participants will be able to define, deploy and operate a data center network using EDA’s declarative, intent-based approach.  

Ways to learn

Instructor-led


Virtual delivery with live instruction and hands-on labs.


Course number: OP00495
Duration: 2 days
Price: €1800 (regional discounts may be available)

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Self-study materials


Access the same materials from the hands-on course in a secure PDF format.


Course number: OP00495-M
Duration: 15 hours
Price: €450 (regional discounts may be available)

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Course objectives

After completing the course, students should be able to:

  • Explain the intent-based framework approach
  • Describe how EDA supports intent-based automation of the data center fabric
  • Understand how EDA builds on Kubernetes
  • Explain EDA node onboarding, including ZTP
  • Describe the workflow for deploying a fabric intent with EDA
  • Describe the workflow to deploy Layer 2 and Layer 3 workload intents with EDA
  • Use EDA to monitor the data center fabric state and ensure intent alignment

Course modules

Module 1 – Intent-Based Automation with EDA

  • Introduction to Nokia’s solution for data centers
  • How EDA leverages Kubernetes to automate networks
  • EDA architecture
  • EDA support for day 0, day 1 and day 2+ operations
     

Module 2 – Data Center Fabric-intent with EDA

  • EDA and networking node onboarding
  • Basic configuration with EDA configlets
  • Fabric intent with EDA – Automating the underlay network
  • Explaining EDA transactions
  • Verify the status of the data center fabric
  • Lab exercises:
    • Lab 1: Networking node onboarding
    • Lab 2: Fabric intent deployment and verification
    • Lab 3: Explore EDA transactions

Module 3 – Workload-intent with EDA

  • Introduction to L2/L3 EVPN services
  • Configure and verify a L2 overlay service
  • Configure and verify a L3 overlay service
  • Lab exercises:
    • Lab 4: L2 EVPN intent
    • Lab 5: L3 EVPN intent
    • Lab 6: ACL filters

Module 4 – EDA Continuous Network Operations

  • System Monitoring
  • Dealing with network alarms
  • Handling intent deviations
  • EDA regular and natural language queries
  • Lab exercises:
    • Lab 7: Alarms, Deviations, Queries

My DCF Learning Labs

More than just a lab service, My DCF Learning Labs offers lab exercises complete with inline instructions and solutions, giving you everything you need in one easy-to-use browser-based application.  

Develop your hands-on skills by completing the same lab exercises from our hands-on courses.

The lab interface is designed to seamlessly connect with the various lab elements. Simply by opening one of the interface tabs, users are automatically logged into most network nodes. Choose from five different lab types and flexible hours that work with your schedule.