CF

Certificate of Cloud Security Knowledge (CCSK)

6h 25m 22s
English
Paid

Certificate of Cloud Security Knowledge (CCSK) is a 122-lesson 6 hours 25 minutes self-paced course by Cloud Security Alliance (CSA). CCSK (Certificate of Cloud Security Knowledge) — a reputable international certification confirming a deep understanding of cloud technology security principles.

Course facts

Lessons
122
Duration
6 hours 25 minutes
Level
All levels
Language
English
Updated
Instructor
Cloud Security Alliance (CSA)
Price
Premium

CCSK (Certificate of Cloud Security Knowledge) — a reputable international certification confirming a deep understanding of cloud technology security principles. The updated course program unveils key aspects of data protection, risk management, building secure cloud architecture, and integrating modern practices, including Zero Trust, DevSecOps, and the use of artificial intelligence in cybersecurity. The training will help establish a solid foundation for career growth and preparation for more advanced certifications in the field of cloud security.

What the CCSK Course Offers

The course program aims to form a comprehensive understanding of how to protect cloud data, services, and infrastructure based on international standards and the Cloud Security Alliance.

Key Skills You Will Acquire

  • Understanding the architecture of secure cloud solutions.
  • Applying the Zero Trust model in a cloud environment.
  • Integrating DevSecOps approaches into development processes.
  • Utilizing cloud telemetry and security analytics tools.
  • Familiarization with the application of artificial intelligence in cybersecurity.
  • Risk assessment and security management techniques in clouds.

Why CCSK Certification is Important

Obtaining CCSK increases employer trust and confirms a specialist's ability to work with complex cloud infrastructures.

Benefits for Your Career

  • Strengthening professional authority in the field of cloud security.
  • Competitive advantage in employment and advancement.
  • Preparation for more advanced certifications such as CCSP and similar international exams.
  • Expansion of professional horizons and technical competencies.

Topics Covered in the Program

Cloud Security Architecture

The course examines approaches to designing secure solutions, access control, isolation mechanisms, and configuration management.

Modern Security Assurance Methods

  • Zero Trust and its application in distributed environments.
  • DevSecOps: security as an integral part of CI/CD.
  • Monitoring, telemetry, and automation of threat detection processes.

Innovations and the Future of Cloud Security

The course touches upon current technologies — from user behavior analysis to the application of machine learning for detecting unusual activity.

Who the Course is For

CCSK is aimed at professionals working or planning to work with cloud platforms: security engineers, architects, DevOps engineers, administrators, and information security consultants.

Conclusion

The CCSK course provides a systematic understanding of cloud security, develops in-demand skills, and helps establish oneself as a strong professional in the field of cybersecurity. Mastering the program will be an important step towards professional growth and international certification.

Who teaches Certificate of Cloud Security Knowledge (CCSK)? Cloud Security Alliance (CSA)

Cloud Security Alliance (CSA) thumbnail
Cloud Security Alliance (CSA) is a leading international non-profit organization that develops standards, certifications, and best practices for ensuring the security of cloud computing. It is not a traditional school but serves as a global educational and research center for IT professionals.

What lessons are included in Certificate of Cloud Security Knowledge (CCSK)?

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#1: 1.0 Cloud Computing Concepts & Architectures Introduction
All Course Lessons (122)
#Lesson TitleDurationAccess
1
1.0 Cloud Computing Concepts & Architectures Introduction Demo
01:49
2
1.1.1 Introduction to Cloud Computing
02:35
3
1.1.2 Defining Cloud Computing
02:11
4
1.2.1 Essential Characteristics of Cloud
01:29
5
1.2.2 Cloud Service Models
01:12
6
1.2.3 Cloud Deployment Models
01:21
7
1.3.1 Reference & Architecture Models
01:45
8
1.3.2 Infrastructure as a Service
01:29
9
1.3.3 Platform as a Service
02:00
10
1.3.4 Software as a Service
00:59
11
1.3.5 Anything as a Service
01:09
12
1.3.6 CSA Enterprise Architecture Model
01:00
13
1.4.1 Cloud Security Scope, Responsibilities, & Models
02:57
14
1.4.2 Responsibilities Vary by Service Model
02:57
15
1.4.3 Frameworks, Patterns, and Models
01:29
16
1.4.4 Simple Cloud Security Process Model
01:49
17
2.0 Cloud Governance and Strategies
01:40
18
2.1.1 Why Governance is Critical for Cloud
01:23
19
2.1.2 Cloud Governance Challenges & Complexities
01:34
20
2.2.1 Effective Cloud Governance
01:00
21
2.2.2 Organization Structure & Security Champions
01:25
22
2.3.1 The Governance Hierarchy
03:54
23
2.3.2 Collect Foundational Governance Guidelines
03:49
24
2.3.3 Build a Cloud Registry
02:03
25
2.3.4 Frameworks & Specific Frameworks
03:38
26
2.3.5 Policies, Scope, and The Responsibility Model
03:14
27
2.3.6 Cloud Security Control Objectives
02:41
28
2.4.1 Key Strategies & Concepts Affecting Governance
03:49
29
3.0 Risk, Audit, & Compliance Introduction
02:19
30
3.1.1 Cloud Risk Management
04:43
31
3.1.2 Understanding Cloud Risk Management Scope, Assessment, and Treatment
02:51
32
3.1.3 Cloud Provider and Service Assessment Cycle
03:51
33
3.1.4 The Cloud Risk Registry, Risk Assessment
02:59
34
3.2.1 Compliance, Audit, and Types of Compliance
01:47
35
3.2.2 Cloud-Relevant Laws & Regulations Examples
03:24
36
3.2.3 Compliance Inheritance & Limitations
02:08
37
3.2.4 Jurisdictions & Cloud Assurance Mechanisms
04:31
38
3.2.5 Artifacts of Compliance
02:44
39
3.3.1 GRC Tools & Technologies Non-Tech and Technology Based
03:25
40
3.3.2 GRC Recommendations Providers & Customers
02:18
41
4.0 Organization Management
02:28
42
4.1.1 Organization Hierarchy Models
07:55
43
4.2.1 Managing Organization-Level Security Within A Provider
02:50
44
4.2.2 Cloud Service Provider Policies and Common Organization Shared Services
05:08
45
4.2.3 Integrated Cloud Security and Management Platforms
02:24
46
4.3.1 Considerations for Hybrid & Multi-Cloud Deployments
02:26
47
4.3.2 Multi-Cloud Security Organization Management & Determine What's Possible
01:31
48
4.3.3 IaaS_PaaS Multi-Cloud Organization Management, Recommended Progression, Tooling & Staffing
03:55
49
4.3.4 SaaS Hybrid & Multi-Cloud Organization Management, Tools, and ZT Security Strategy
02:51
50
5.0 Identity & Access Management Introduction
02:34
51
5.1.1 Identity & Access Management Overview
02:27
52
5.1.2 Federation
03:29
53
5.1.3 Managing Users & Identities For Cloud Computing
03:43
54
5.2.1 Strong Authentication & Authorization
02:07
55
5.2.2 Entitlement & Access Management
03:46
56
5.2.3 Conditional Access, Tokens, & IAM Perimeter Management
02:02
57
5.2.4 IAM Perimeter Management
04:34
58
5.2.5 Privileged User Management
02:08
59
5.3.1 IAM Policy Types
02:00
60
5.3.2 Least Privilege & Automation
01:07
61
5.3.3 Identity & Zero Trust
02:54
62
6.0 Monitoring and Alerting
02:36
63
6.1.1 Cloud Monitoring & Alerting
01:54
64
6.1.2 Alerting & Monitoring
01:03
65
6.2.1 Cloud Telemetry Sources
01:46
66
6.2.2 CSP Security & Container Monitoring Tools
03:41
67
6.3.1 Collection Architectures
02:40
68
6.3.2 Monitoring, Logging Speeds, & Security Data Lake
02:12
69
6.4.1 Detection & Security Analytics
01:10
70
6.4.2 Security Monitoring & Analysis in Practice
04:16
71
6.5.1 Generative AI for Security Monitoring
02:03
72
7.0 Cloud Infrastructure & Network Security
02:43
73
7.1.1 Cloud Infrastructure Security
05:45
74
7.2.1 Cloud Network Fundamentals
07:19
75
7.2.2 Cloud Network Security & Secure Architectures
02:18
76
7.2.3 Container Networking
03:32
77
7.3 Cloud Connectivity
06:04
78
7.4.1 Zero Trust for Cloud Infrastructure & Networks
04:59
79
7.4.2 SASE Secure Access Service Edge
01:27
80
8.0 Cloud Workload Security Introduction
03:05
81
8.1.1 Cloud Workload Security
05:09
82
8.1.2 Impact of Cloud on Traditional Workload Security
01:18
83
8.2.1 Securing Virtual Machines
04:45
84
8.2.2 Vulnerability Management for VMs
05:38
85
8.3.1 Securing Container Workloads
05:30
86
8.3.2 Managing Container Vulnerabilities
03:48
87
8.4.1 Securing PaaS
03:10
88
8.5.1 Securing Serverless or Function as a Service
05:23
89
8.6.1 Securing AI Workloads
04:13
90
9.0 Cloud Data Security Introduction
03:03
91
9.1.1 Data Classification & Storage Types
04:27
92
9.2.1 Data Management Tools & Techniques
04:01
93
9.2.2 Custom Application-Level Encryption & Confidential Computing
03:47
94
9.2.3 Key Management Service and Bring Your Own Key & Encryption Recommendations
02:01
95
9.2.4 Cloud Data Loss Prevention & Data Security Posture Management (DSPM)
02:58
96
9.3.1 Storage Security Concerns
02:16
97
9.3.2 Cloud Database Security & Data Lake Security
04:36
98
9.3.3 Data Security for AI - AIaaS, Self or Cloud Hosted, & Additional Considerations
02:54
99
10.0 Application Security Introduction
02:32
100
10.1.1 Secure Software Development Lifecycle
03:53
101
10.1.2 Threat Modeling, Secure DesignDevelopment, & Testing
03:28
102
10.2.1 Architecture’s Role in Secure Cloud Applications
03:41
103
10.3.1 IAM & Application Security
02:33
104
10.4.1 DevSecOps CICD & Application Testing
03:33
105
10.4.2 Shift Left & Sec (Ops)
02:29
106
10.5.1 Containerized, Serverless, & SaaS Application Considerations
03:15
107
11.0 Incident Response & Resilience Introduction
03:04
108
11.1.1 Incident Response
02:38
109
11.2.1 Preparation
03:18
110
11.2.2 Provider Response Assistance
05:50
111
11.3.1 Detection Analysis, Threat Detectors, & Update Analysis
03:08
112
11.3.2 Cloud Impact on Incident Response Analysis
04:23
113
11.3.3 Analysis Priorities, Cloud System Forensics, & ContainerServerless Considerations
04:49
114
11.4.1 Containment, Eradication, & Recovery
02:50
115
11.5.1 Post Incident Analysis
01:36
116
11.6.1 Resilience Planning for Future
03:32
117
12.0 Lenses and Processes Introduction
01:50
118
12.1.1 Zero Trust
06:25
119
12.1.2 ZT Pillars & Maturity Model, Five Steps of Zero Trust, & ZT Cloud Security
07:23
120
12.2.1 Artificial Intelligence
05:21
121
12.3.1 Threat & Vulnerability Management
05:17
122
Course Conclusion
09:24
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Frequently asked questions

What are the prerequisites for enrolling in the CCSK course?
The CCSK course does not require specific prerequisites; however, a basic understanding of cloud computing concepts and familiarity with cybersecurity principles would be beneficial. The course is designed to provide a foundational understanding of cloud security, so prior experience in IT or security might help grasp the material more effectively.
What will I learn to build during the CCSK course?
Throughout the CCSK course, you will learn to design and construct secure cloud architectures. This includes applying models like Zero Trust, integrating DevSecOps approaches, and utilizing cloud telemetry and security analytics tools. The course focuses on building a comprehensive understanding of creating and maintaining secure cloud environments.
Who is the target audience for the CCSK course?
The CCSK course is targeted towards IT professionals, security practitioners, and anyone involved in managing or securing cloud environments. It is particularly suited for individuals looking to enhance their knowledge of cloud security principles and practices, as well as those preparing for more advanced certifications in cloud security.
How does the CCSK course compare in depth and scope to other cloud security courses?
The CCSK course provides a comprehensive overview of cloud security, covering essential topics such as risk management, secure cloud architecture, and the application of modern practices like DevSecOps and Zero Trust. While some courses might focus on specific cloud providers or tools, the CCSK course offers a broad understanding based on international standards, making it a valuable foundation for further specialization.
Which specific tools or platforms are covered in the CCSK course?
The CCSK course covers a range of tools and technologies relevant to cloud security, including cloud telemetry and security analytics tools. It also discusses frameworks and models applicable to secure cloud architectures, but it does not focus on specific vendor platforms, aiming instead to provide a broad understanding applicable across various cloud environments.
What topics are not covered in the CCSK course?
The CCSK course does not delve into specific cloud service provider technologies or detailed implementations of cloud security systems. Instead, it focuses on overarching principles, models, and strategies applicable to cloud security in general. Those looking for in-depth training on specific platforms may need to supplement their learning with provider-specific courses.
What is the estimated time commitment for completing the CCSK course?
The CCSK course consists of 122 lessons, and while the exact runtime is not specified, students should expect to dedicate several weeks to complete the course, depending on their pace and familiarity with the subject matter. Regular study and review of the materials are recommended to fully comprehend the concepts and prepare for the certification exam.