Cloud Computing_C105: Cloud Computing Reference Architecture

About Course

Welcome to the “Cloud Computing Reference Architecture” course, a comprehensive journey into the intricacies of designing, building, and optimizing cloud solutions.
This course will delve into the foundational principles of cloud computing architecture, equipping you with the knowledge and skills to create robust and scalable cloud environments.
Over the course, we will explore the various layers of cloud architecture, dissect deployment models, delve into security considerations, and uncover the strategies for achieving high availability, performance optimization, and cost efficiency.
By the end of this course, you will have the tools to architect cloud solutions that align with industry best practices and adapt to emerging trends and technologies.

Comprehensive Understanding of Cloud Architecture: Gain an in-depth comprehension of cloud computing architecture, including its layers, components, and their interactions. By course completion, participants will be able to articulate the role and significance of each architectural element.
Design Scalable and Resilient Cloud Solutions: Learn to architect cloud solutions that exhibit scalability and resilience. Understand the principles of horizontal and vertical scaling, along with redundancy and failover strategies, ensuring applications remain available and performant.
Apply Security Measures to Cloud Architecture: Acquire the knowledge and tools to incorporate robust security measures into cloud architecture. From identity and access management to data encryption and regulatory compliance, participants will be equipped to safeguard sensitive data and resources.
Optimize Cloud Performance and Cost: Discover techniques to optimize cloud performance while managing costs effectively. Participants will learn strategies for monitoring resource usage, utilizing caching mechanisms, and employing cost-effective provisioning methods.
Navigate Emerging Trends and Innovations: Stay abreast of emerging trends and innovations in cloud technology. Participants will explore advanced concepts like serverless architecture, edge computing, and multi-cloud solutions, preparing them to adapt to the evolving landscape of cloud computing.

Course Content

Module I Fundamental Concepts and Model

Topic 1: Roles and Boundaries

00:00
LO1: Identify the roles of Cloud Provider, Cloud Consumer, Cloud Service Owner, and Cloud Resource Administrator

00:00
LO2: Explain the Boundaries and Responsibilities of each role in a Cloud Environment

00:00
LO3: Compare and contrast the roles in terms of their functions and interdependencies within a Cloud System

00:00
LO4: Knowledge Check
Case Study: Roles and Boundaries
Topic 2: Cloud Characteristics

00:00
LO1: Define key Cloud Characteristics

00:00
LO2: Illustrate the significance of Cloud characteristics in Cloud Computing Environments

00:00
LO3: Analyze the impact of Multitenancy and Elasticity on resource optimization and scalability

00:00
LO4: Knowledge Check
Case Study: Cloud Characteristics
Topic 3: Cloud Delivery Models

00:00
LO1: Recall the definitions and examples of Cloud Delivery Models

00:00
LO2: Illustrate how Delivery Models differ in terms of functionality and usage

00:00
LO4: Knowledge Check
Case Study: Cloud Delivery Models
Topic 4: Deployment Models

00:00
LO1: List and explain the key features of different Cloud Deployment Models

00:00
LO2: Explain the advantages and limitations of each Cloud Deployment Model

00:00
LO3: Differentiate among the Deployment Models based on organizational needs

00:00
LO4: Knowledge Check
Case Study: Deployment Models
Module Based Quiz

Module II Cloud Security

Topic 1: Fundamental Cloud Security

00:00
LO1: Define Cloud Security Principles Confidentiality, Integrity, Authenticity, and Availability

00:00
LO2: Describe the relationship between Threats, Vulnerabilities, and Risks in Cloud Environments

00:00
LO3: Assess the effectiveness of Security Controls, Mechanisms, and Policies in mitigating risks

00:00
LO4: Describe how a Security Policy Framework addressing key Cloud Security Principles

00:00
LO5: Knowledge Check
Case Study: Fundamental Cloud Security
Topic 2: Threat Agents and Cloud Security Threats

00:00
LO1: Identify and explain common Threat Agents in Cloud Environments

00:00
LO2: Explain the roles and motivations of different Threat Agents

00:00
LO3: List and explain potential Cloud Security Threats

00:00
LO4: Explain how Virtualization Attacks exploit Cloud Vulnerabilities

00:00
LO5: Evaluate the impact of Specific Threats on Cloud Operations and Data Integrity

00:00
LO6: Knowledge Check
Case Study: Threat Agents and Cloud Security Threats
Topic 3: Additional Considerations

00:00
LO1: Recall the components and services provided by Amazon Web Services

00:00
LO2: Illustrate how Amazon Web Services supports scalability and resource optimization

00:00
LO3: Compare the benefits of AWS services for different Cloud use cases

00:00
LO4: Knowledge Check
Case Study: Additional considerations
Module Based Quiz

Module III Automated Scaling Listener

Topic 1: Introduction to Scaling

00:00
LO1: Define Scaling Up and Scaling Down in the context of Cloud Computing

00:00
LO2: Describe the benefits of Scaling to manage resource demands

00:00
LO3: Knowledge Check
Case Study: Introduction to Scaling
Topic 2: Load Balancer

00:00
LO1: Define the purpose and functionality of a Load Balancer in Cloud Systems

00:00
LO2: Describe how Load Balancing Work

00:00
LO3: Analyze Load Balancing methods to identify their suitability for specific workloads

00:00
LO4: Knowledge Check
Case Study: Load Balancer
Topic 3: Failover System

00:00
LO1: Identify the basic configurations of Failover Systems, such as Active-Active and Active-Passive

00:00
LO2: Explain how Failover Systems ensure high availability and disaster recovery

00:00
LO3: Evaluate the effectiveness of different Failover Configuration

00:00
LO4: Knowledge Check
Case Study: Failover System
Module Based Quiz

Module IV Resource Cluster

Topic 1: Common Resource Cluster Types

00:00
LO1: List and explain common types of Resource Cluster and their use cases

00:00
LO2: Analyze the advantages of Resource Clustering in distributed systems

00:00
LO3: Knowledge Check
Case Study: Common Resource Cluster Types
Topic 2: Basic Types of Resource Clusters

00:00
LO1: Recall the characteristics of Load-Balanced and High-Availability Clusters

00:00
LO2: Explain the significance of Load-Balanced and High-Availability Clusters in ensuring system efficiency

00:00
LO3: Compare the performance benefits of different Resource Cluster Configurations

00:00
LO4: Knowledge Check
Case Study: Basic Types of Resource Clusters
Module Based Quiz

Module V: Fundamental Cloud Architectures

Topic 1: Fundamental Cloud Architectures

00:00
LO1: List and explain Fundamental Cloud Architectures

00:00
LO2: Identify the Principles of Elastic Resource Capacity and Service Load Balancing

00:00
LO3: Illustrate how Elasticity contributes to Cost optimization and Scalability

00:00
LO4: Knowledge Check
Case Study: Fundamental Cloud Architectures
Topic 2: Cloud Bursting and Elastic Disk Architecture

00:00
LO1: Define the concept of Cloud Bursting and its applications

00:00
LO2: Describe scenarios where Cloud Bursting is beneficial

00:00
LO3: Recall the purpose of Elastic Disk Provisioning and Redundant Storage Architectures

00:00
LO4: Explain how these Architectures ensure data availability and scalability

00:00
LO5: Knowledge Check
Case Study: Cloud Bursting and Elastic Disk Architecture
Module Based Quiz

About Course

What Will You Learn?

Course Content

Module I Fundamental Concepts and Model

Topic 1: Roles and Boundaries

LO1: Identify the roles of Cloud Provider, Cloud Consumer, Cloud Service Owner, and Cloud Resource Administrator

LO2: Explain the Boundaries and Responsibilities of each role in a Cloud Environment

LO3: Compare and contrast the roles in terms of their functions and interdependencies within a Cloud System

LO4: Knowledge Check

Case Study: Roles and Boundaries

Topic 2: Cloud Characteristics

LO1: Define key Cloud Characteristics

LO2: Illustrate the significance of Cloud characteristics in Cloud Computing Environments

LO3: Analyze the impact of Multitenancy and Elasticity on resource optimization and scalability

LO4: Knowledge Check

Case Study: Cloud Characteristics

Topic 3: Cloud Delivery Models

LO1: Recall the definitions and examples of Cloud Delivery Models

LO2: Illustrate how Delivery Models differ in terms of functionality and usage

LO4: Knowledge Check

Case Study: Cloud Delivery Models

Topic 4: Deployment Models

LO1: List and explain the key features of different Cloud Deployment Models

LO2: Explain the advantages and limitations of each Cloud Deployment Model

LO3: Differentiate among the Deployment Models based on organizational needs

LO4: Knowledge Check

Case Study: Deployment Models

Module Based Quiz

Module II Cloud Security

Topic 1: Fundamental Cloud Security

LO1: Define Cloud Security Principles Confidentiality, Integrity, Authenticity, and Availability

LO2: Describe the relationship between Threats, Vulnerabilities, and Risks in Cloud Environments

LO3: Assess the effectiveness of Security Controls, Mechanisms, and Policies in mitigating risks

LO4: Describe how a Security Policy Framework addressing key Cloud Security Principles

LO5: Knowledge Check

Case Study: Fundamental Cloud Security

Topic 2: Threat Agents and Cloud Security Threats

LO1: Identify and explain common Threat Agents in Cloud Environments

LO2: Explain the roles and motivations of different Threat Agents

LO3: List and explain potential Cloud Security Threats

LO4: Explain how Virtualization Attacks exploit Cloud Vulnerabilities

LO5: Evaluate the impact of Specific Threats on Cloud Operations and Data Integrity

LO6: Knowledge Check

Case Study: Threat Agents and Cloud Security Threats

Topic 3: Additional Considerations

LO1: Recall the components and services provided by Amazon Web Services

LO2: Illustrate how Amazon Web Services supports scalability and resource optimization

LO3: Compare the benefits of AWS services for different Cloud use cases

LO4: Knowledge Check

Case Study: Additional considerations

Module Based Quiz

Module III Automated Scaling Listener

Topic 1: Introduction to Scaling

LO1: Define Scaling Up and Scaling Down in the context of Cloud Computing

LO2: Describe the benefits of Scaling to manage resource demands

LO3: Knowledge Check

Case Study: Introduction to Scaling

Topic 2: Load Balancer

LO1: Define the purpose and functionality of a Load Balancer in Cloud Systems

LO2: Describe how Load Balancing Work

LO3: Analyze Load Balancing methods to identify their suitability for specific workloads

LO4: Knowledge Check

Case Study: Load Balancer

Topic 3: Failover System

LO1: Identify the basic configurations of Failover Systems, such as Active-Active and Active-Passive

LO2: Explain how Failover Systems ensure high availability and disaster recovery

LO3: Evaluate the effectiveness of different Failover Configuration

LO4: Knowledge Check

Case Study: Failover System

Module Based Quiz

Module IV Resource Cluster

Topic 1: Common Resource Cluster Types

LO1: List and explain common types of Resource Cluster and their use cases

LO2: Analyze the advantages of Resource Clustering in distributed systems

LO3: Knowledge Check

Case Study: Common Resource Cluster Types

Topic 2: Basic Types of Resource Clusters

LO1: Recall the characteristics of Load-Balanced and High-Availability Clusters

LO2: Explain the significance of Load-Balanced and High-Availability Clusters in ensuring system efficiency

LO3: Compare the performance benefits of different Resource Cluster Configurations