About Course

Cloud Computing Security Dr. Ali

Overview

Cloud Computing Security: Architecture, Threats, and Enterprise Defense Strategies is a comprehensive graduate-level textbook that bridges the critical gap between theoretical security principles and their practical application in modern cloud environments. Written by Dr. Mohammed Ali, who holds an Ed.D. in Educational Leadership from Morgan State University (2018), this book brings a systematic, evidence-based approach to cloud security education. His doctoral research examined how student-technology interaction affects satisfaction and learning outcomes in online education—a perspective that informs the book’s emphasis on how organizations and individuals interact with security technologies.

The book is structured as a complete 8-chapter graduate course, designed to be delivered over a standard academic semester or used for self-study by professionals seeking to deepen their cloud security expertise. Each chapter includes clear learning objectives, comprehensive technical content, integrated case studies, review questions, and hands-on exercises accessible through the companion website at https://courses.beidat.com.

Hands-On Exercises

Each chapter includes practical exercises accessible through the companion website:

Chapter 1: Explore cloud service models and compare security responsibilities
Chapter 2: Scan container images for vulnerabilities and implement secure configurations
Chapter 3: Use CSPM tools to identify common misconfigurations
Chapter 4: Develop a comprehensive cloud risk register
Chapter 5: Implement least-privilege IAM policies with RBAC and ABAC
Chapter 6: Configure KMS with BYOK and test key deletion impact
Chapter 7: Design and implement a secure VPC architecture
Chapter 8: Build and test detection rules with SOAR playbook development


Target Audience

  • Graduate students in cybersecurity, computer science, and information assurance programs

  • Cloud architects seeking to incorporate security into their designs

  • Security professionals expanding their expertise to cloud environments

  • IT auditors and compliance officers navigating cloud regulatory requirements

  • Technical managers overseeing cloud security programs

  • Practitioners in Africa, the Middle East, and other rapidly developing regions seeking regionally relevant examples

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What Will You Learn?

  • Overview
  • Cloud Computing Security: Architecture, Threats, and Enterprise Defense Strategies is a comprehensive graduate-level textbook that bridges the critical gap between theoretical security principles and their practical application in modern cloud environments. Written by Dr. Mohammed Ali, whose doctoral research at Morgan State University examined how technology interaction affects learning outcomes, this book brings the same systematic, evidence-based approach to cloud security education. The result is a uniquely practical and globally relevant resource that prepares graduate students, cloud architects, security professionals, and IT leaders for the real-world challenges they will face in their careers.
  • The book is structured as a complete 8-chapter graduate course, designed to be delivered over a standard academic semester or used for self-study. Each chapter includes clear learning objectives, comprehensive technical content, integrated contemporary case studies, review questions, and hands-on exercises accessible through the companion website at https://courses.beidat.com.

Course Content

Cloud Computing Security Chapter 1 INTRODUCTION TO CLOUD COMPUTING AND SECURITY FOUNDATIONS

  • Chapter 1 Video and Textbook
    00:00
  • Chapter 1 Presentation
  • Quiz 1
  • AWS Cloud Computing Security Course Assessment Platform

Chapter 2 CLOUD ARCHITECTURE AND VIRTUALIZATION SECURITY

CHAPTER 3: THE CLOUD THREAT LANDSCAPE

CHAPTER 4: CLOUD RISK MANAGEMENT

Midterm Exam

CHAPTER 5: IDENTITY AND ACCESS MANAGEMENT IN THE CLOUD

CHAPTER 6: DATA PROTECTION AND ENCRYPTION

CHAPTER 7: CLOUD NETWORK SECURITY AND ENTERPRISE ARCHITECTURE

CHAPTER 8: CLOUD SECURITY MONITORING, INCIDENT RESPONSE, AND FUTURE DIRECTIONS

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