
Access the blog to explore cloud tutorials, watch videos, and read full text descriptions with screenshots that complement the course content, and connect on YouTube, LinkedIn, and Twitter for updates.
Explore the new Udemy interface, learn how the review system works with a 4.1 threshold, track completion with checkboxes, and adjust playback speed and the Q&A tab.
Explore traditional deployment models, including on-premises and colocation, and compare CapEx vs OpEx, redundancy, and data center tiers to understand high availability in data center environments.
Explore how server virtualization enables resource pooling and cloud computing by running multiple virtual machines on a single hardware platform with isolated operating systems.
Define cloud computing with the NIST model as on-demand network access to a shared pool of configurable resources, provisioned with minimal management, covering characteristics, service models, and deployment models.
Explore on-demand self-service by provisioning a virtual machine in the AWS cloud, illustrating how automated cloud deployment speeds setup from weeks to minutes.
Provision and decommission resources rapidly to scale with demand, paying only for what you use and realizing cost savings through rapid elasticity.
Explore broad network access, where cloud services are reachable via standard mechanisms. Observe that cloud servers reside in a cloud data center with the same network topology as on-premise setups.
Learn how cloud services implement a NIST-defined measured service by metering usage across multi-tenant environments, enabling transparent monitoring, billing, and choices between pay-as-you-go and fixed plans.
Learn about the three cloud service models IaaS, PaaS, and SaaS, and how responsibilities shift across the data center stack, with on-premise and colo contrasts and real-world examples.
Explore IaaS: provision computing resources, deploy and control operating systems and apps, and manage data while providers handle infrastructure. Compare shared VM, dedicated, and bare metal options with AWS pricing.
Design an IaaS solution that mirrors on-premises data center principles, selecting compute and storage for web, middleware, and database tiers, with secure networking, scalable server farms, backups, and disaster recovery.
PaaS provides a provider-managed cloud platform with a custom app hosting environment and plugins. Developers manage the deployed applications and data, enabling rapid, cost-effective deployment.
Explore SaaS, a provider-managed software model, where users access applications via web or API while the provider manages the cloud stack, with examples like Office 365 and Gmail.
Explore XaaS and examples like DaaS, DRaaS, and BaaS, and see how cloud providers use storage as a service, resource pooling, and offsite backups to shift costs.
Explore the four cloud deployment models—public, private, community, and hybrid—and learn how cloud bursting, on-demand self-service, and disaster recovery enable scalable, cost-effective IT.
Explore the advantages of cloud computing, including scalability, flexibility through cloud bursting, and business agility, with a practical TCO calculation comparing on premises and cloud costs.
The 2nd top hit for 'Cloud Computing' on Google says 'Cloud computing is a general term for the delivery of hosted services over the internet.' Unfortunately, that definition is completely wrong.
This course is designed to clear up the many misunderstandings about Cloud Computing and to give you a crystal clear and easy to understand explanation of exactly what it is, how it works, the different options available, the advantages provided and how much it's going to cost.
And I'm not just going to give you the theory, I'm going to show you practical examples which you can follow along with yourself so you'll understand exactly how Cloud Computing works in the real world.
I start off with a review in Module 1 of the traditional deployment models of On Premises and Colo so you can understand how Cloud changes things, then explain how server virtualisation revolutionised data center design and paved the way for Cloud.
Module 2 defines Cloud Computing by listing the Essential Characteristics of Cloud services.
You'll learn about the Cloud Service Models of IaaS, PaaS, SaaS, and XaaS in Module 3. I start with an overview of the different models and then dive deep into the details and options of each. I also give lab demos of how to deploy each type.
The Cloud Deployment Models of Public Cloud, Private Cloud, Hybrid Cloud and Community Cloud are covered in Module 4.
Finally in Module 5 I list out the advantages of Cloud Computing and then break out the spreadsheet to show you how to do a TCO cost comparison when choosing between an On Premise or Cloud deployment for a real world workload.
A verifiable course certificate stating you have completed this training will be provided at the end of the course. This will prove to potential future employers that you have the basic cloud knowledge necessary to be an effective member of their IT team, and the motivation to complete further training and be a real asset to their company.
As a student in this course, you will get an answer to every question you ask in the Ask Question section. I love interaction with my students- anything you want to know, please ask.
Thank you for taking the time to read about the course. I hope you now have enough motivation to get into the learning right away. If so, click the Enroll Now button at the top of the page to get started!