Share E-Book
Scan to open this page

Scan with your phone to open this page

Author: Graham Thompson

As cloud technology becomes increasingly essential across industries, the need for thorough security knowledge and certification has never been more crucial. The Certificate of Cloud Security Knowledge (CCSK) exam, globally recognized and highly respected, presents a formidable challenge for many. Author Graham Thompson offers you in-depth guidance and practical tools not only to pass the exam but also to grasp the broader implications of cloud security. Written in collaboration with the Cloud Security Alliance, this fifth edition is filled with real-world examples, targeted practice questions, and the latest on zero trust and AI security—all designed to mirror the actual exam. By reading this book, you will: • Understand critical topics such as cloud architecture, governance, compliance, and risk management • Prepare for the exam with chapter tips, concise reviews, and practice questions to enhance retention • See the latest on securing different workloads (containers, PaaS, FaaS) and on incident response in the cloud • Equip yourself with the knowledge necessary for significant career advancement in cloud securi

AI Reading Assistant

Whole-book reading guide from stratified index samples; jump to passages in the text

AI guide
【One-Line Pitch】 A practical, exam-aligned guide to cloud security that turns the CSA’s CCSK v5 body of knowledge into a readable path from cloud fundamentals to governance, risk, and modern workload protection. Best for security practitioners, auditors, and architects preparing for the CCSK or building a working cloud security vocabulary. 【Book Arc】 - **Opening (~0%–10%)**: Orients you to the exam and the cloud security landscape, then lays out the table of contents as a roadmap—architecture, governance, risk/audit/compliance, and beyond—so you know how the domains connect before diving in. - **Early (~10%–30%)**: Builds the foundation by contrasting traditional IT with cloud, covering the logical model of the cloud, essential characteristics (including multitenancy), and the IaaS/PaaS/SaaS service models with their security trade-offs. - **Middle (~30%–50%)**: Moves into governance and risk: frameworks, policies, control objectives, roles, cloud registries, and the CSA toolset (CCM, CAIQ, STAR), plus the risk management process and how to assess cloud services. - **Late (~50%–80%)**: Applies concepts to securing workloads and services—containers, PaaS, FaaS, and protections like WAF/DDoS-as-a-service—alongside zero trust principles and frameworks. - **Ending (~80%–100%)**: Closes with incident response across the cloud lifecycle—preparation, detection, containment, recovery, post-incident analysis, and cloud forensics—tying security operations back to the earlier governance and architecture material. 【Key Takeaways】 - **Cloud security starts with understanding what actually changes** (Early): virtualization, provider-owned infrastructure, and multitenancy reshape where controls live and who owns them—foundational for every later domain. - **Service models shift the control boundary** (Early): IaaS, PaaS, and SaaS expose different levels of customer control; PaaS can restrict password policy and change management, so compliance and security must be evaluated separately. - **Governance is a hierarchy, not a checklist** (Middle): frameworks (CSA CCM, ISO/IEC 27017, CSMM, NIST CSF) guide decisions, policies direct requirements, and controls specify implementation—each layer has a distinct role. - **The CCM and CAIQ work as a pair** (Middle): the CCM provides control specifications that can be tailored by risk level, while the CAIQ turns them into yes/no due-diligence questions usable before onboarding a provider. - **Risk language matters** (Middle): distinguishing vulnerability, threat, risk, control, and countermeasure sharpens assessment and communication, even though the exam treats some terms interchangeably. - **Zero trust is a business-aligned model** (Late): least privilege, continuous authentication, and reduced complexity serve objectives like risk reduction, compliance, and demonstrated security commitment. - **Incident response adapts to the cloud** (Ending): preparation, detection, containment, and forensics all change when you don’t own the underlying infrastructure, making provider coordination and cloud-specific tooling essential. 【Reading Tips】 - Deep-read the early architecture and service-model chapters; they underpin exam questions and real design decisions. - Skim the table-of-contents-heavy opening once, then return to it as a map when a later topic feels disconnected. - Treat the CCM/CAIQ and risk-management sections as working references—practice turning control specifications into concrete questions. - Pay extra attention to exam notes and “how this changes in cloud” callouts, especially in incident response and zero trust. - Use chapter summaries and practice questions for retention rather than rereading full chapters. 【Coverage Limits】 The excerpts cover the book’s structure and several core domains but do not include full chapter text for every topic; specific examples, figures, and some later chapters are only partially represented.
Page 6
ion Gathering 31 8. Manage Risks 32 9. Classify Data and Assets 32 10. Comply with Legal and Regulatory Requirements 32 11. Maintain a Cloud Registry 32 Clou...
View in text
Page 17
ll, there are, of course, the physical components just men‐ tioned, but those are procured (sometimes even created) and managed by the pro‐ vider in a datace...
View in text
Excerpt 3
er 1: Cloud Computing Concepts and Architectures Figure 1-6. Shared security responsibility matrix Cloud Security Frameworks and Patterns When it comes to im...
View in text
Excerpt 4
urity policies and procedures reviewed and updated at least annually?” See how straightforward these questions are? Anyone can answer with a simple yes or no...
View in text
Excerpt 5
verify that the scope of the engagement is “fit for purpose.” As the customer, you are responsible for determining if the scope of the certification is relev...
View in text
Excerpt 6
blic subnet) and also have connectivity to a private subnet. As a use-case example, assume you needed to access a server in a pri‐ vate subnet inaccessible t...
View in text
Excerpt 7
ng death of 104 | Chapter 5: Identity and Access Management When it comes to identity management in the cloud, several things must be consid‐ ered. First, cl...
View in text
Excerpt 8
sponse and other investigations. AI for Security Monitoring Security monitoring generates a huge amount of data. It is simply impossible for a human t
View in text
Tags
AI categories
Cloud NativeCybersecurityDevOps
ISBN: 1098173414
Publisher: O'Reilly Media
Publish Year: 2025
Language: English
Pages: 306
File Format: PDF
File Size: 7.8 MB
Text Preview (First 20 pages)
Registered users can read the full content for free

Register as a Gaohf Library member to read the complete e-book online for free and enjoy a better reading experience.

Generating text preview…