CLOUD-COMPUTE.AP1 ISBN: 978-1-64459-586-2

Cloud Computing Concepts, Technology, and Architecture Training

Discover the latest technologies for handling highly-scalable, cloud-based products and services.

What you will be able to do

Comprehensive understanding of cloud computing paradigms
Knowledge of cloud deployment models (public, private, hybrid, multi-cloud)
Expertise in cloud storage and data management techniques
Mastery of cloud architecture design
Proficiency in cloud deployment and service models
Advanced knowledge of virtualization and containerization
Expertise in cloud security and compliance
Ability to optimize cloud performance and costs
Proficiency in cloud migration strategies
Knowledge of emerging cloud technologies

Intermediate Self-paced · 1 year access

4 Hands-On LiveLabs

Practice real IT tasks in guided environments.

Real environments
Auto-graded
No installation

01 / About

About This Course

Try Free → No credit card required

The Cloud Computing Concepts, Technology, and Architecture course provides a comprehensive overview of cloud computing. The course content covers the fundamental concepts, underlying technologies, and architectural principles that enable the delivery of computing as a service. You'll explore the history and evolution of cloud computing, examine the different service and deployment models, and understand the core technologies powering the cloud (such as virtualization, containers, and serverless). Discover the latest technology innovations and learn how to design and implement robust, scalable, and secure cloud-based systems.

02 / Lessons & labs

See exactly what you will learn and practice

Download outline (PDF)

Lessons

20 Interactive Lessons · 139 topics

01 Introduction 5 topics · 4 LiveLab

Objectives of This Course
What This Course Does Not Cover
Who This Course Is For
How This Course Is Organized
Resources

4 LiveLab in this lesson — see the labs panel →

02 Case Study Background 3 topics

Case Study #1: ATN
Case Study #2: DTGOV
Case Study #3: Innovartus Technologies Inc

03 Understanding Cloud Computing 4 topics

Origins and Influences
Basic Concepts and Terminology
Goals and Benefits
Risks and Challenges

04 Fundamental Concepts and Models 4 topics

Roles and Boundaries
Cloud Characteristics
Cloud Delivery Models
Cloud Deployment Models

05 Cloud-Enabling Technology 6 topics

Networks and Internet Architecture
Cloud Data Center Technology
Modern Virtualization
Multitenant Technology
Service Technology and Service APIs
Case Study Example

06 Understanding Containerization 6 topics

Origins and Influences
Fundamental Virtualization and Containerization
Understanding Containers
Understanding Container Images
Multi-Container Types
Case Study Example

07 Understanding Cloud Security and Cybersecurity 7 topics

Basic Security Terminology
Basic Threat Terminology
Threat Agents
Common Threats
Case Study Example
Additional Considerations
Case Study Example

08 Cloud Infrastructure Mechanisms 8 topics

Logical Network Perimeter
Virtual Server
Hypervisor
Cloud Storage Device
Cloud Usage Monitor
Resource Replication
Ready-Made Environment
Container

09 Specialized Cloud Mechanisms 9 topics

Automated Scaling Listener
Load Balancer
SLA Monitor
Pay-Per-Use Monitor
Audit Monitor
Failover System
Resource Cluster
Multi-Device Broker
State Management Database

10 Cloud Security and Cybersecurity Access-Oriented Mechanisms 20 topics

Encryption
Hashing
Digital Signature
Cloud-Based Security Groups
Public Key Infrastructure (PKI) System
Single Sign-On (SSO) System
Hardened Virtual Server Image
Firewall
Virtual Private Network (VPN)
Biometric Scanner
Multi-Factor Authentication (MFA) System
Identity and Access Management (IAM) System
Intrusion Detection System (IDS)
Penetration Testing Tool
User Behavior Analytics (UBA) System
Third-Party Software Update Utility
Network Intrusion Monitor
Authentication Log Monitor
VPN Monitor
Additional Cloud Security Access-Oriented Practices and Technologies

11 Cloud Security and Cybersecurity Data-Oriented Mechanisms 8 topics

Digital Virus Scanning and Decryption System
Malicious Code Analysis System
Data Loss Prevention (DLP) System
Trusted Platform Module (TPM)
Data Backup and Recovery System
Activity Log Monitor
Traffic Monitor
Data Loss Protection Monitor

12 Cloud Management Mechanisms 4 topics

Remote Administration System
Resource Management System
SLA Management System
Billing Management System

13 Fundamental Cloud Architectures 10 topics

Workload Distribution Architecture
Resource Pooling Architecture
Dynamic Scalability Architecture
Elastic Resource Capacity Architecture
Service Load Balancing Architecture
Cloud Bursting Architecture
Elastic Disk Provisioning Architecture
Redundant Storage Architecture
Multicloud Architecture
Case Study Example

14 Advanced Cloud Architectures 14 topics

Hypervisor Clustering Architecture
Virtual Server Clustering Architecture
Load-Balanced Virtual Server Instances Architecture
Nondisruptive Service Relocation Architecture
Zero Downtime Architecture
Cloud Balancing Architecture
Resilient Disaster Recovery Architecture
Distributed Data Sovereignty Architecture
Resource Reservation Architecture
Dynamic Failure Detection and Recovery Architecture
Rapid Provisioning Architecture
Storage Workload Management Architecture
Virtual Private Cloud Architecture
Case Study Example

15 Specialized Cloud Architectures 16 topics

Direct I/O Access Architecture
Direct LUN Access Architecture
Dynamic Data Normalization Architecture
Elastic Network Capacity Architecture
Cross-Storage Device Vertical Tiering Architecture
Intra-Storage Device Vertical Data Tiering Architecture
Load-Balanced Virtual Switches Architecture
Multipath Resource Access Architecture
Persistent Virtual Network Configuration Architecture
Redundant Physical Connection for Virtual Servers Architecture
Storage Maintenance Window Architecture
Edge Computing Architecture
Fog Computing Architecture
Virtual Data Abstraction Architecture
Metacloud Architecture
Federated Cloud Application Architecture

16 Cloud Delivery Model Considerations 3 topics

Cloud Delivery Models: The Cloud Provider Perspective
Cloud Delivery Models: The Cloud Consumer Perspective
Case Study Example

17 Cost Metrics and Pricing Models 3 topics

Business Cost Metrics
Cloud Usage Cost Metrics
Cost Management Considerations

18 Service Quality Metrics and SLAs 4 topics

Service Quality Metrics
Case Study Example
SLA Guidelines
Case Study Example

19 Appendix A: Case Study Conclusions 3 topics

A.1 ATN
A.2 DTGOV
A.3 Innovartus

20 Appendix B: Common Containerization Technologies 2 topics

B.1 Docker
B.2 Kubernetes

Hands-On Labs Our edge

4 LiveLabs

Exploring the AWS Dashborad
Exploring AWS Services
Exploring the Azure Portal
Exploring Azure Services

Labs run in your browser — nothing to install.

03 / FAQs

Questions before you start

Who should take this Cloud Computing course?

This online course is the perfect launchpad for those wanting to make a career in the cloud computing industry for varied roles such as cloud engineers, cloud architects, DevOps engineers, and cloud security specialists. And, those wanting to enhance their technical skills in IT, software development, or related fields will also benefit from this course.

How will this course help in my career growth?

This Cloud computing course will enable you to develop a highly sought-after skill required by most companies in the IT industry. It will increase your chances of landing a well-paying job by manyfold.

What is the average salary of a Cloud Engineer/Architect?

The average annual salary of a Cloud Engineer/Architect is anywhere between USD 135 000 to 155 000.

Cloudy Expertise = Career Growth

Learn the latest cloud computing technologies for high-demand job opportunities.

1 year of full access
4 LiveLab included
Certificate of completion

Try Free

No credit card required