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Juniper Cloud Fundamentals

  • Course Code JCF
  • Duration 3 days

Public Classroom Price

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Course Delivery

This course is available in the following formats:

  • Elearning (Self-paced)

    Self paced electronic learning

  • Public Classroom

    Traditional Classroom Learning

  • Virtual Learning

    Learning that is virtual

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Course Overview

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This three-day course is designed to provide students with an understanding of cloud enabled networks, cloud service deployment concepts, and virtualized network platforms such as vSRX and vMX. This course provides a high level overview and understanding of the following concepts:
  • Cloud Network Underlays
  • Cloud Network Overlays
  • Cloud Design
  • Cloud Implementation Methods
  • Cloud Services
  • Juniper Networks Virtualized Platforms

Course Schedule

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Target Audience

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This course benefits individuals responsible for planning and coordinating cloud enabled networks and services in data center, private cloud, public cloud, hybrid cloud, service provider, and enterprise WAN environments.

Course Objectives

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  • Describe network overlay and underlay concepts.
  • Describe private, public, and hybrid cloud architecture and implementation.
  • Describe the implementation of services in a cloud networking environment.
  • Describe the implementation and functions of the Juniper vSRX platform.
  • Describe the implementation and functions of the Juniper vMX platform.
  • Describe the implementation and functions of the Juniper NFX platform.
  • Describe the role of Juniper Networks virtualized platforms in public cloud offerings.
  • Describe the functionality and use of Juniper Networks Cloud Connector.
  • Describe the need for Software Defined Networking.
  • Describe basic SDN concepts.
  • Describe common types of SDN implementation.
  • Describe the main Network Function Virtualization components.
  • Describe cloud services monitoring.
  • Describe the functions of AppFormix in cloud services.
  • Describe SDN WAN concepts.
  • Describe the role, functions, and features of the NorthStar Controller.
  • Describe the role, functions, and features of WANDL/IP MPLS View.
  • Describe the role and functions a vCPE and uCPE components.
  • Describe the role and functions of Contrail Service Orchestration.
  • Describe Software Defined Secure Network concepts.
  • Describe methods to secure an SDN environment.

Course Content

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 Day1:

1.Course Introduction

2. Cloud Components:

  • Cloud Networking Definition
  • Cloud Architecture
  • XaaS 3 Virtualized Platforms
  • Juniper Networks Virtualized Platforms
  • Juniper Networks Virtualized Platforms in Public Clouds
  • Cloud Connector Lab: Deploying Juniper Networks Virtual Devices - vMX

3.Virtualized Platforms

  •  Juniper Networks Virtualized Platforms
  • Juniper Networks Virtualized Platforms in Public Clouds
  • Cloud Connector Lab: Deploying Juniper Networks Virtual Devices – vMX

Lab: Deploying Juniper Networks Virtual Devices - vMX

4. SDN Fundamentals:

  • The Need for SDN
  • SDN Explained
  • OpenFlow Based SDN
  • SDN as an Overlay
  • SDN via API
  • Applications of SDN

 Day2:

5. Network Function Virtualization:

  • Introduction to NFV
  • NFV Architecture
  • Examples of VNFs

Lab: Manually Deploying VNFs

 

 6.Orchestration and Automation

  • Managing a Cloud Infrastructure
  • OpenStack for Orchestration
  • Contrail/OpenContrail SDN Controller

NSX for SDN

 

 7.AppFormix:

  • Operations Management
  • AppFormix Operation and Use Cases

Lab: AppFormix

8.SD WAN Solutions:

  • SD WAN Concepts
  • NorthStar SD WAN Controller
  • NorthStar Controller Use Cases
  • WANDL IP/MPLSView

 9.Cloud CPE:

  • Legacy Versus Cloud CPE Architecture
  • Cloud CPE with Contrail Service Orchestration

Lab: Cloud CPE (video demonstration)

10 Cloud Security : 

  • Legacy Network Security
  • Cloud Security Concepts
  • SDSN Components Lab

 Cloud Security using SkyATP

 

 

 

 

Course Prerequisites

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Students should have basic TCP/IP skills, a general understanding of data center environments, a general understanding of enterprise WAN environments, and a basic understanding of virtualization.