OpenStack- Public Hybrid IaaS Cloud with OpenStack

OpenStack: Public & Hybrid IaaS Cloud with OpenStack, available at $27.99, has an average rating of 4.05, with 45 lectures, based on 667 reviews, and has 4500 subscribers.

You will learn about Learn about cloud computing Learn about OpenStack Deploy our own OpenStack IaaS cluster Launch virtual instances on OpenStack Learn about sub-components and usage of various OpenStack services Learn about how to architect high availabilty OpenStack clusters Learn about managing and troubleshooting OpenStack This course is ideal for individuals who are Cloud engineers or System designers or Software and IT architects or CIOs, CTOs or any technology leader looking to utilize cloud computing in their organization or Software engineers or IT administrators It is particularly useful for Cloud engineers or System designers or Software and IT architects or CIOs, CTOs or any technology leader looking to utilize cloud computing in their organization or Software engineers or IT administrators.

Enroll now: OpenStack: Public & Hybrid IaaS Cloud with OpenStack

Summary

Title: OpenStack: Public & Hybrid IaaS Cloud with OpenStack

Price: $27.99

Average Rating: 4.05

Number of Lectures: 45

Number of Published Lectures: 44

Number of Curriculum Items: 45

Number of Published Curriculum Objects: 44

Original Price: $189.99

Quality Status: approved

Status: Live

What You Will Learn

Learn about cloud computing

Learn about OpenStack

Deploy our own OpenStack IaaS cluster

Launch virtual instances on OpenStack

Learn about sub-components and usage of various OpenStack services

Learn about how to architect high availabilty OpenStack clusters

Learn about managing and troubleshooting OpenStack

Who Should Attend

Cloud engineers

System designers

Software and IT architects

CIOs, CTOs or any technology leader looking to utilize cloud computing in their organization

Software engineers

IT administrators

Target Audiences

Cloud engineers

System designers

Software and IT architects

CIOs, CTOs or any technology leader looking to utilize cloud computing in their organization

Software engineers

IT administrators

In the past decade cloud computing has been gaining popularity at a tremendous rate. Some cloud providers are experiencing a growth rate of 50% year over year – which is just astounding. And the reasons for this growth is obvious – cloud computing enables ubiquitous, convenient, on-demand access to a shared pool of configurable computing resources which can be rapidly provisioned and released with minimal effort.

As companies across the globe enjoy the benefits of public cloud infrastructure – they also want to leverage the same principles of cloud computing and bring those benefits to how they manage their own private data centers or build private clouds on top of public cloud infrastructure. These private cloud deployments provide secure and highly efficient way to install, configure and manage pooled computing resources which could be shared among various departments or groups within the organization. The provisioning and consumption of these pooled resources become much smoother and consumers can use these resources on self-service basis eliminating lengthy provisioning wait times etc.

OpenStackis a free and open-source software platform for building and managing our own IaaS cloud infrastructure. This cloud software platform comprises of various services and components which can configure and manage control hardware pools of computing power, storage, and networking resources throughout a data center. Users either manage it through a web-based dashboard, through command-line tools, or through a RESTful API.?

In this course we will learn about OpenStackand its various components and services. We will get an in-depth look at how we can use OpenStackto deploy and manage our own private cloud infrastructure.

Knowledge and experience on cloud computing and OpenStackare highly sought after by startups and large enterprises alike. The demand for these skills have been steadily increasing over the last few years. We will also go through some evidence about just how valuable these skills are and how the demand for these skills is growing.

In this course we will:

Learn about cloud computing

Learn about?OpenStack

Deploy our own OpenStack?IaaS cluster

Learn about various sub-components of OpenStack

Launch virtual instances on OpenStack

Learn about sub-components and usage of various OpenStackservices

Learn about?how to architect high availability?OpenStackclusters

Learn about managing and troubleshooting OpenStack

Learn about log management for OpenStackcluster

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Becoming an online instructor

Lecture 3: Special discount for current students

Chapter 2: Cloud Computing

Lecture 1: Cloud computing

Chapter 3: OpenStack – Introduction

Lecture 1: OpenStack – Introduction

Lecture 2: OpenStack – opportunities, jobs and salaries

Lecture 3: OpenStack – architecture

Chapter 4: OpenStack – Installation

Lecture 1: OpenStack – hardware requirements

Lecture 2: OpenStack – installation via PackStack

Lecture 3: OpenStack – installation

Lecture 4: OpenStack – install verification

Lecture 5: OpenStack – PackStack vs manual installation

Lecture 6: OpenStack – manual installation

Chapter 5: OpenStack – Deep dive

Lecture 1: OpenStack – deep dive

Lecture 2: OpenStack – architecture

Lecture 3: OpenStack – component services

Lecture 4: OpenStack – service and network layout

Chapter 6: OpenStack – Clients (Horizon and CLI)

Lecture 1: OpenStack – clients (Horizon and CLI)

Lecture 2: Horizon – OpenStack web dashboard client

Lecture 3: OpenStack – command line interface (CLI)

Lecture 4: OpenStack – CLI versioning

Chapter 7: OpenStack – Identity service (KeyStone)

Lecture 1: KeyStone – OpenStack identity service

Lecture 2: KeyStone – deep dive

Chapter 8: OpenStack – Image service (Glance)

Lecture 1: Glance – OpenStack image service

Lecture 2: Glance – deep dive

Chapter 9: OpenStack – Compute and networking services (Nova and Neutron)

Lecture 1: Nova – OpenStack compute service

Lecture 2: Nova – deep dive

Lecture 3: Neutron – deep dive

Lecture 4: Neutron – OpenStack networking service

Lecture 5: Neutron – deep dive (contd.)

Lecture 6: Nova – deep dive (contd.)

Lecture 7: OpenStack – aggregates

Chapter 10: OpenStack – Block storage service (Cinder)

Lecture 1: Cinder – block storage service

Lecture 2: Cinder – deep dive

Chapter 11: OpenStack – Object storage service (Swift)

Lecture 1: Swift – OpenStack object storage service

Lecture 2: Swift – deep dive

Chapter 12: OpenStack – Orchestration service (Heat)

Lecture 1: Heat – OpenStack orchestration service

Lecture 2: Heat – deep dive

Chapter 13: OpenStack – Telemetry service (Ceilometer)

Lecture 1: Ceilometer – OpenStack telemetry service

Lecture 2: Ceilometer – deep dive

Chapter 14: Conclusion

Lecture 1: Highly available OpenStack architecture – 1

Lecture 2: Highly available OpenStack architecture – 2

Lecture 3: Ceph: storage for OpenStack

Lecture 4: Log management for OpenStack

Instructors

TetraNoodle Team
REAL KNOWLEDGE. REAL EXPERIENCE. REAL VALUE.

Manuj Aggarwal
From $2/day to boardrooms of the Fortune 500. Read my story

Rating Distribution

1 stars: 19 votes

2 stars: 28 votes

3 stars: 96 votes

4 stars: 206 votes

5 stars: 318 votes

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