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Foundations of Compute Infrastructure

Introduction to Compute Resources

Exploring Bare-Metal Servers

Virtualization and Virtual Machines

Basics of Virtualization

Working with Virtual Machines

Dynamic Compute and Auto-Scaling

Introduction to Auto-Scaling

How Auto-Scaling Mechanics Work

Quizzes

Quiz: Bare-Metal and Compute Basics

Quiz: Virtualization and Hypervisors

Quiz: Virtual Machine Components

Quiz: Auto-Scaling Fundamentals

Quiz: Scaling Metrics and Triggers

Course Feedback

End of Course Survey

Welcome to "Fundamentals of Compute: Bare-Metal, Virtual Machines, and Auto-Scaling," your comprehensive guide to understanding the backbone of modern IT infrastructure and cloud computing. Whether you are an aspiring IT professional, a software developer, or a tech enthusiast, mastering compute resources is essential for building, deploying, and managing scalable applications.

Welcome to "Fundamentals of Compute: Bare-Metal, Virtual Machines, and Auto-Scaling," your comprehensive guide to understanding the backbone of modern IT infrastructure and cloud computing. Whether you are an aspiring IT professional, a software developer, or a tech enthusiast, mastering compute resources is essential for building, deploying, and managing scalable applications. In this course, we demystify the core components that power the digital world. We begin by exploring the foundations of compute infrastructure, breaking down essential hardware components like CPU, memory, and storage, and examining the role of traditional bare-metal servers. From there, you will dive into the transformative world of virtualization. You will learn how hypervisors abstract physical hardware to create Virtual Machines (VMs), drastically improving resource utilization and hardware efficiency. Finally, we tackle the dynamic nature of modern cloud environments with an in-depth look at auto-scaling. Discover the critical differences between scaling vertically and horizontally, and understand the automated mechanics and performance metrics—such as CPU utilization and network traffic—that trigger scaling events. By the end of this course, you will have a solid grasp of how compute resources are allocated, virtualized, and dynamically managed to meet fluctuating workload demands. Enroll today to build a robust foundation in compute infrastructure and take your IT career to the next level!

Fundamentals of Compute: Bare-Metal, Virtual Machines, and Auto-Scaling

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            <p>Modern information technology infrastructure relies heavily on robust compute resources to process data and run complex applications efficiently. This course, Fundamentals of Compute: Bare-Metal, Virtual Machines, and Auto-Scaling, provides a comprehensive exploration of the underlying hardware and software architectures that power today's digital environments. Learners will begin by examining the foundational elements of compute infrastructure, including the critical roles of CPUs, memory, and storage. The curriculum then progresses to an in-depth analysis of bare-metal servers, detailing their physical characteristics, primary benefits, and the specific workloads best suited for single-tenant hardware. Building upon this physical foundation, the course transitions into the transformative technology of virtualization. Participants will understand how hypervisors abstract physical hardware to create highly efficient virtual environments, ultimately exploring the core components and cloud computing applications of virtual machines.</p>

<p>As application demands fluctuate in modern technological landscapes, the ability to dynamically adjust compute resources becomes paramount. Consequently, the latter portion of this course focuses on the critical mechanisms of dynamic compute and auto-scaling. Learners will distinguish between vertical and horizontal scaling strategies and examine the automated mechanics that monitor system workloads. By analyzing common performance metrics such as CPU utilization and network traffic, participants will understand how scaling events are triggered and managed throughout the lifecycle of a virtual machine. To ensure a thorough comprehension of these technical concepts, the course integrates a series of targeted quizzes covering bare-metal basics, hypervisors, virtual machine components, and scaling metrics. This structured approach ensures that learners acquire a rigorous, practical understanding of how to architect and manage scalable compute environments.</p>
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