Juniper Cloud Fundamentals -

Juniper Cloud Fundamentals

Duration: 3 Days (24 Hours)

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Overview

Course Details

Prerequisites

Juniper Cloud Fundamentals Training Course Overview

In this concise three-day course, students will gain foundational knowledge essential for working with fundamental cloud components within the Juniper environment. The curriculum provides a comprehensive overview of cloud concepts, virtual networks, containerization, and cloud management, equipping participants with the necessary skills to navigate and operate in cloud environments using Juniper technologies.

Intended Audience For Juniper Cloud Fundamentals Training

Network Engineers and Administrators
Cloud Architects
System Integrators
IT Managers and Decision-Makers
Network Designers
Cloud Operations and Maintenance Staff
Virtualization Administrators
IT Professionals working with Juniper technologies in cloud environments.

Learning objectives for the Juniper Cloud Fundamentals training course

Identify the key fundamental cloud concepts.
Identify the concepts of Linux virtualization.
Identify the concepts of Linux namespaces.
Identify the concepts of Linux containerization.
Identify the basics of network virtualization.
Describe the main concepts of software-defined networking and Network
Functions Virtualization.
Describe the fundamentals of OpenStack.
Identify the key concepts of the OpenStack configuration.
Identify the basics of OpenStack networking.
Identify the basics of Kubernetes.
Identify the key concepts of Kubernetes networking.
Identify the key concepts of Red Hat OpenShift.
Describe the Cloud-Native Contrail Networking (CN2) solution.

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Benefits of taking the Juniper Cloud Fundamentals training

Comprehensive Understanding:
- Gain a comprehensive understanding of cloud concepts, architectures, and components within the context of Juniper technologies.
Enhanced Cloud Skills:
- Develop practical skills in working with Juniper cloud solutions, including configuration, management, and troubleshooting.
Alignment with Industry Standards:
- Ensure alignment with industry standards and best practices in cloud computing, specifically tailored to Juniper’s approach.
Career Advancement:
- Enhance career prospects by acquiring valuable skills in cloud technologies, making individuals more competitive in the job market.
Efficient Deployment and Management:
- Learn best practices for efficiently deploying and managing cloud environments using Juniper solutions.
Adaptability to Juniper Ecosystem:
- Acquire knowledge specific to Juniper’s cloud offerings, ensuring a seamless integration of cloud services into the broader Juniper networking ecosystem.
Hands-on Experience:
- Engage in practical, hands-on labs and exercises that reinforce theoretical concepts, providing real-world experience with Juniper cloud technologies.
Stay Current with Juniper Technologies:
- Stay up-to-date with the latest advancements in Juniper cloud technologies, ensuring that skills remain relevant in a rapidly evolving technological landscape.
Problem-solving Skills:
- Develop troubleshooting and problem-solving skills specific to Juniper cloud environments, enhancing the ability to address issues effectively.
Professional Certification Preparation:
- The training may serve as preparation for relevant Juniper certifications, validating expertise in cloud fundamentals within the Juniper ecosystem.

Juniper Cloud Fundamentals Training Course Modules

Module 1: Course Introduction

Overview of the course and its objectives.

Module 2: Fundamental Cloud Concepts

Description of key cloud concepts.
Components of a cloud architecture.
Identification of Juniper solutions for cloud infrastructure.

Module 3: Linux Virtualization

Explanation of virtualization techniques.
Description of the Linux architecture.
Examination of key virtualization concepts.
Lab 1: Linux Virtualization.

Module 4: Linux Namespaces

Description of Linux namespaces and other kernel containment features.
Explanation of network namespaces.
Identification of the concept of routing instance segregation.
Lab 2: Linux Namespaces.

Module 5: Containerization

Description of a container.
Definition of the Docker architecture.
Examination of the process of creating a container using Docker.
Description of Docker networking.
Lab 3: Containerization.
Lab 4: cSRX.

Module 6: Network Virtualization

Explanation of virtual network concepts.
Description of how to extend virtual networks.
Lab 5: Network Virtualization.

Module 7: Software-Defined Networking and Network Functions Virtualization

Description of SDN architecture and its benefits.
Description of NFV architecture and its benefits.
Summary of the relationship between SDN and NFV.

Module 8: Introduction to OpenStack

Basics of OpenStack.
Discussion of OpenStack services.
Review of basic OpenStack concepts.
Creation and management of OpenStack instances.
Lab 6: OpenStack web UI Configuration.

Module 9: OpenStack Configuration

Description of the OpenStack CLI.
Examination of the OpenStack API.
Description of orchestration through Heat templates.
Lab 7: OpenStack CLI Configuration.

Module 10: OpenStack Networking

Explanation of how OpenStack networking is implemented.
Determination of how to create a network.
Description of security groups for VMs.
Explanation of how to set up OpenStack routing.
Description of the concept of floating IP addresses.
Review of load-balancing techniques.
Lab 8: Exploring OpenStack Networking Concepts.

Module 11: Introduction to Kubernetes

Explanation of the fundamentals of Kubernetes.
Description of Kubernetes objects.
Listing of Kubernetes tools.
Illustration of the basics of KubeVirt.
Definition of Kubernetes namespaces.
Lab 9: Reviewing Kubernetes Fundamental Concepts.

Module 12: Kubernetes Networking

Description of Kubernetes networking.
Examination of connecting applications with services.
Review of a multitier application deployment on a Kubernetes cluster.
Lab 10: Kubernetes Networking.

Module 13: Red Hat OpenShift

Explanation of the relationship between Kubernetes and OpenShift.
Explanation of the installation process for OpenShift.
Navigation of the Web UI for OpenShift.
Creation of an application using the OpenShift Web UI.
Navigation of the OpenShift CLI.
Creation of an application using the OpenShift CLI.

Module 14: Introduction to Cloud-Native Contrail Networking and Basic Configuration

Explanation of the CN2 challenges.
Summary of the CN2 solution.
Identification of features of the CN2 solution and key use cases.
Description of the CN2 architecture and core components.
Coverage of the CN2 installation requirements.
Explanation of available configuration resources.
Creation of custom Kubernetes networks and multi-interface pods using CN2.
Lab 11: Implementing Virtual Networks.

Juniper Cloud Fundamentals Training Course Prerequisites

Basic networking knowledge and general
understanding of data center environments
General understanding of enterprise WAN
environments, and basic understanding of
virtualization
General understanding of Linux and basic Linux CLI
commands
Basic understanding of containerization and some
experience using Docker or the equivalent
Completion of the e-learning course,
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