The Cloud Security Knowledge Certification through NovelVista equips professionals with essential cloud security concepts, controls, and best practices through a practical, industry-aligned CCSK Course.
The Certificate of Cloud Security Knowledge (CCSK), governed by the Cloud Security Alliance (CSA), enables professionals to build a strong practical understanding of cloud security across modern enterprise environments. This CCSK training covers essential security domains such as cloud governance, risk and compliance, data protection, identity and access management, application security, incident response, and resilience across public, private, hybrid, and multi-cloud models. The training delivery and instructional methods for this certification are provided by NoveVista.
Aligned with the latest Cloud Security Alliance (CSA) guidance and globally recognized cloud security principles, the CCSK course prepares learners to assess cloud risks, implement effective security controls, and support secure cloud adoption initiatives. The program connects foundational concepts with real-world operational challenges, including shared responsibility models, cloud-native security monitoring, Zero Trust approaches, and emerging AI-related security considerations. Delivered through expert-led instruction and structured learning paths, the CCSK program emphasizes practical understanding and exam readiness. Learners benefit from industry-aligned content that reflects how organizations design, operate, and secure cloud workloads today.
Achieving the Cloud Security Knowledge Certification validates your ability to support secure cloud environments at a time when organizations are under growing pressure to improve security, compliance, and operational resilience. As cloud adoption accelerates, CCSK-certified professionals continue to stand out in roles such as cloud security analyst, architect, auditor, and risk professional. If cloud security plays a role in your current responsibilities or your future career plans, this CCSK training helps you stay relevant, credible, and prepared for evolving enterprise expectations.
After the completion of the course, the participants would be able to:
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(Cost includes Training, Exam & Certification)
Batch Detail
English
(Cost includes Training, Exam & Certification)
Batch Detail
English
(Cost includes Training, Exam & Certification)
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This Module introduces the fundamental concepts of cloud computing, architectural models, and shared security responsibilities required to understand and secure cloud environments.
Learn the core definition of cloud computing and how abstraction and orchestration enable scalable, on-demand services. Abstraction & Orchestration: Understand how cloud resources are abstracted and automatically managed through orchestration mechanisms.
Explore the different service and deployment models used in cloud environments and their security implications. Essential Characteristics: Understand the key characteristics that define cloud computing services. Cloud Service Models: Learn the differences between IaaS, PaaS, and SaaS and how responsibilities vary across models. Cloud Deployment Models: Examine public, private, hybrid, and multi-cloud deployments. CSA Enterprise Architecture Model: Understand how CSA’s architecture model supports secure cloud design.
Learn how cloud security responsibilities are shared across stakeholders. Shared Security Responsibility Model Understand the division of security responsibilities between cloud providers and customers.
This Module explains how effective cloud governance ensures security alignment with business objectives across strategic, tactical, and operational levels.
Understand the role of governance in managing cloud security, risk, and accountability across the organization.
Learn how governance structures support consistent decision-making and security oversight. Aligning with Requirements and Standards: Understand how cloud security aligns with regulations, standards, best practices, and contractual obligations. Stakeholder Alignment for Cloud Security: Learn how to engage key stakeholders to ensure cloud security strategies support business goals.
Explore widely adopted frameworks used to assess and manage cloud security.
Cloud Controls Matrix (CCM): Understand how CCM helps map cloud security controls to compliance requirements. CSA STAR Registry: Learn how the CSA STAR program supports transparency and trust in cloud services.
Understand the role of security policies in governing cloud usage and risk management.
This Module focuses on identifying, assessing, and managing cloud risks while ensuring compliance with legal, regulatory, and audit requirements.
Learn how cloud-specific risks are identified, assessed, and tracked across cloud environments. Cloud Risks: Understand common security and operational risks associated with cloud services. Understanding Cloud Risk Management: Learn structured approaches to manage and reduce cloud-related risks. Assessing Cloud Services: Evaluate cloud service providers based on security and risk criteria. The Cloud Register: Understand how cloud risks are documented and monitored using a risk register.
Explore how compliance and audit processes are applied in cloud environments.
Jurisdictions: Understand the impact of geographic and legal jurisdictions on cloud compliance. Cloud-Relevant Laws and Regulations: Review examples of regulations affecting cloud services. Compliance Inheritance: Learn how compliance responsibilities are shared in cloud environments. Artifacts of Compliance: Understand the evidence used to demonstrate compliance.
Explore tools and technologies that support cloud risk, audit, and compliance management.
This Module covers how organizations manage and secure their complete cloud footprint, including governance and security across cloud service providers.
Understand how organizational structures are defined and managed within cloud service providers. Definitions: Learn key terms related to cloud organization hierarchy. Organization Capabilities within Cloud Providers: Understand the security and management features available at the organization level. Building Hierarchy within Providers: Learn how to structure accounts, projects, and resources securely.
Explore how security controls are applied consistently across an organization’s cloud environment.
Identity Provider and Role Mappings: Understand how users, groups, and roles are managed across cloud platforms. Common Organization Shared Services: Learn how shared services support centralized security and governance.
Learn how cloud security responsibilities are shared across stakeholders. Shared Security Responsibility Model Understand how organization management changes across hybrid and multi-cloud environments.
Hybrid Cloud Organization Management: Learn security considerations for hybrid cloud environments. Multi-Cloud Organization Management: Understand how to manage security across multiple cloud providers. SaaS Hybrid and Multi-Cloud Management: Explore governance and security for SaaS in hybrid and multi-cloud setups.
This Module focuses on how identity and access are managed in cloud environments between organizations, cloud providers, and cloud services.
Understand how cloud-based identity and access management differ from traditional on-premise IAM models.
Learn key IAM concepts and terminology used across cloud platforms.
Explore how federated identity enables secure access across systems and providers.
Common Federation Standards: Understand widely used federation standards in cloud environments. Federated Identity Management: Learn how identity federation works across cloud services. Managing Cloud Users and Identities: Understand best practices for managing users and identities in the cloud.
Learn how secure authentication and access controls are implemented in cloud environments.
Authentication and Credentials: Understand credential types and authentication mechanisms. Entitlement and Access Management: Learn how permissions and access rights are managed. Privileged User Management: Understand how elevated access is controlled and secured.
This Module focuses on monitoring cloud environments using logs, telemetry, and advanced tools to detect, analyze, and respond to security events.
Understand the fundamentals of monitoring security events in cloud environments.
Logs & Events: Learn how logs and events are used to identify security issues.
Explore security monitoring beyond traditional logs using posture management approaches.
Management Plane Logs: Understand logs generated from cloud control and management planes. Service & Application Logs: Learn how application and service logs support security monitoring. Resource Logs: Understand logs generated by cloud resources and infrastructure. Cloud-Native Tools: Explore built-in cloud tools for security monitoring and visibility.
Understand different telemetry sources used for cloud security monitoring.
Learn how monitoring data is collected and managed effectively.
Log Storage & Retention: Understand storage and retention considerations for security logs. Cascading Log Architecture: Learn how cascading architectures support scalable log collection.
Explore how AI is applied to enhance the detection and analysis of security threats.
This Module focuses on securing cloud infrastructure and networks, including understanding cloud service provider responsibilities and modern network security architectures.
Understand how cloud infrastructure is secured and maintained for reliability and resilience.
Foundational Infrastructure Security Techniques: Learn core techniques used to secure cloud infrastructure. CSP Infrastructure Security Responsibilities: Understand the security responsibilities managed by cloud service providers. Infrastructure Resilience: Learn how resilience is built into cloud infrastructure.
Explore the basics of networking in cloud environments.
Software-Defined Cloud Networks: Understand how cloud networks differ from traditional networks. Cloud Connectivity: Learn how connectivity is established across cloud environments.
Understand how networks are protected using layered security controls.
Preventative Security Measures: Learn controls designed to prevent security incidents. Detective Security Measures: Understand mechanisms used to detect and respond to threats.
Learn how infrastructure is defined and managed securely using code.
Understand Zero Trust concepts applied to cloud networks.
Software-Defined Perimeter & ZTNA: Learn how secure access is enforced using Zero Trust Network Access.
Explore SASE as a modern approach to network and security convergence.
This Module focuses on securing cloud workloads, including virtual machines, containers, serverless services, and emerging AI workloads.
Understand what cloud workloads are and how security controls apply to different workload types.
Types of Cloud Workloads: Learn the different workload types used in cloud environments. Impact on Workload Security Controls: Understand how workload characteristics influence security controls.
Learn how virtual machines are secured in cloud environments.
Virtual Machine Challenges & Mitigations: Understand common VM security risks and mitigation strategies. Secure VM Image Creation: Learn how secure VM images are created and managed. Snapshots and Public Exposure Risks: Understand risks related to snapshots and unintended data exposure.Explore security practices for container-based workloads.
Container Image Creation: Learn how secure container images are built. Container Networking: Understand networking considerations for container security. Container Orchestration Systems: Learn how orchestration platforms manage container workloads. Container Orchestration Security: Understand security controls for orchestration environments. Runtime Protection for Containers: Learn how container workloads are protected during execution.
Understand security challenges in serverless environments.
FaaS Security Issues: Learn common security risks in serverless workloads. IAM for Serverless: Understand identity and access controls for serverless services. Environment Variables and Secrets: Learn how secrets are managed securely in serverless workloads.
Explore security considerations specific to AI-based workloads.
AI-System Threats: Understand threats unique to AI systems. AI Risk Mitigation and Shared Responsibilities: Learn how AI risks are mitigated within shared responsibility models.
This Module addresses how data is protected in cloud environments, covering storage types, security controls, and techniques for securing data at rest and in transit.
Understand the different storage options used in cloud environments. Volume / Block Storage: Learn how block-based storage is used and secured. Object Storage: Understand object storage models and related security considerations. Database Storage: Learn how data stored in managed databases is protected. Other Types of Storage: Explore additional cloud storage options and their use cases.
Learn the core tools and methods used to protect cloud data. Data Classification: Understand how data is classified based on sensitivity and risk. Identity and Access Management: Learn how access to data is controlled and restricted. Access Policies: Understand how policies define and enforce data access rules. Encryption and Key Management: Learn how encrModule 2: Cloud Governanceyption and keys protect cloud data. Data Loss Prevention: Understand techniques used to prevent unauthorized data exposure.
Explore encryption strategies for stored cloud data. Application-Level Encryption: Understand encryption applied at the application layer. Cloud Data Key Management Strategies: Learn how encryption keys are managed securely. Data Encryption Recommendations: Review best practices for cloud data encryption.
Understand how data security posture is monitored and improved.
Learn specific security controls for object storage services.
Explore data protection considerations for AI systems. AI as a Service: Understand data security implications of AI-based cloud services.
This Module focuses on securing cloud applications throughout their lifecycle, from design and development to deployment and ongoing maintenance.
Understand how security is integrated into each stage of application development. SDLC Stages: Learn the key stages of the secure development lifecycle. Threat Modeling: Understand how potential threats are identified during application design. Pre-Deployment Testing: Learn security testing practices before applications go live. Post-Deployment Testing: Understand how applications are tested and monitored after deployment.
Explore how application architecture influences cloud security. Cloud Impacts on Architecture-Level Security: Understand how cloud environments affect architectural security decisions. Architectural Resilience: Learn how resilient architectures support application security.
Understand how IAM supports secure application access. Secrets Management: Learn how application secrets are stored and managed securely. 10.4 DevOps and DevSecOps Explore how security is integrated into modern development practices. CI/CD Pipeline and Shift-Left Security: Understand how security is embedded early in CI/CD pipelines. Web Application Firewalls and API Gateways: Learn how WAFs and API gateways protect cloud applications.
This Module focuses on cloud-specific incident response practices and building resilient systems to minimize impact and recover effectively from security incidents.
Understand how incident response is applied in cloud environments. Incident Response Lifecycle: Learn the key stages involved in managing a cloud security incident.
Explore how organizations prepare for cloud security incidents. Incident Response Preparation and Cloud Service Providers: Understand the role of cloud providers in incident readiness. Training for Cloud Incident Responders: Learn the importance of training teams for effective cloud incident handling.
Understand how incidents are detected and analyzed in the cloud. Cloud Impact on Incident Response Analysis: Learn how cloud environments influence incident investigation. Cloud System Forensics: Understand forensic techniques used in cloud environments.
Learn how cloud incidents are controlled and resolved. Containment: Understand steps to limit the impact of incidents. Eradication: Learn how threats are removed from cloud environments. Recovery: Understand how systems are restored securely after incidents.
Learn how lessons learned are captured to improve future incident response.
This Module introduces strategic security concepts that shape modern cloud security programs, with a focus on Zero Trust and Artificial Intelligence.
Understand the principles of Zero Trust and how they apply to cloud environments. Technical Objectives of Zero Trust: Learn the core security objectives that guide Zero Trust implementation. Zero Trust Pillars & Maturity Model: Understand the foundational pillars and maturity stages of Zero Trust. Zero Trust & Cloud Security: Explore how Zero Trust strengthens cloud security architectures.
Understand how AI impacts cloud security from both defensive and risk perspectives. Characteristics of AI Workloads: Learn the unique attributes of AI workloads in cloud environments. AI and Cloud Security Intersection: Understand how AI technologies interact with cloud security controls.
This CCSK course is suitable for professionals involved in cloud, security, and risk management roles, including:
Basic knowledge of IT infrastructure and security concepts is recommended to get the most value from the training.
There are no mandatory pre-requisites for the CCSK course. However, the following knowledge is recommended to better understand the training:
These foundational skills will help participants gain maximum value from the CCSK Training and Cloud Security Knowledge Certification.
The training is delivered through live, instructor-led virtual sessions, combining interactive discussions, real-world examples, and structured courseware to support effective learning and exam preparation.
After the completion of your CCSK training, you will be able to work on:
As an Accredited Training Partner, We have gained recognition over the years in professional training certification in the IT industry such as ISO, PRINCE2, DevOps, PMP, Six Sigma, ITIL, and many other leading courses.
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Experienced Instructors
We have the best industry trainers/instructors with having more than 20 years of experience in the respective fields
Practical Training
We believe in practical learning because it will help learners to clear the interview and use your knowledge in the organization.
98.3% Passing Rate
As we conduct multiple mock tests, exam-oriented training our learners always are able to clear the certification exam in 1st attempt.
Just earned my Certified Cloud Security Knowledge cert! The course was up-to-date, reflecting the latest U.S. cybersecurity trends. It's boosted my confidence in cloud security. Essential for IT security pros. Highly recommend!
Proud to have the Certified Cloud Security Knowledge certification! The material was comprehensive and very relevant to the current U.S. cloud security challenges. A must-have for those in cybersecurity. It's been a career game-changer!
Secured my Certified Cloud Security Knowledge! The training was spot-on, offering insights into protecting cloud environments, especially in the evolving U.S. tech landscape. Great for enhancing security skills. Definitely worth it!
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CCSK enhances credibility, improves job readiness, strengthens technical authority in cloud security, and helps professionals qualify for roles like Cloud Security Analyst, Security Architect, Compliance Specialist, Security Consultant, and Risk Professional.
Yes. CCSK is accepted worldwide by organizations, consultants, and enterprises as a trusted benchmark for cloud security competence and is one of the most respected vendor-neutral cloud security certifications.
You will learn cloud governance, risk and compliance, IAM, workload security, infrastructure and network protection, data encryption and DLP, application security, incident response, security monitoring, Zero Trust, AI-related risks, and cloud resilience strategies.
This certification is ideal for cloud security professionals, cybersecurity practitioners, auditors, risk managers, cloud architects, system engineers, compliance professionals, DevOps teams, and anyone responsible for managing or securing cloud environments.
CCSK (Certificate of Cloud Security Knowledge) is a globally recognized certification by the Cloud Security Alliance (CSA) that validates knowledge of cloud security fundamentals, governance, risk, compliance, data security, workload protection, application security, Zero Trust, and incident response in cloud environments.
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No. CCSK is cloud vendor-neutral. It covers security principles applicable across AWS, Azure, Google Cloud, SaaS, PaaS, IaaS, hybrid, and multi-cloud environments.
The CCSK exam is conducted online and evaluates understanding of cloud security domains as defined by CSA. The test primarily includes multiple-choice questions based on concepts, frameworks, and practical applications.
Unlike platform-specific certifications, CCSK is vendor-neutral and focuses on foundational, architecture-level, and governance-driven security knowledge that applies across all cloud platforms, making it highly valuable for strategic and technical roles.
Yes. Even experienced professionals benefit from CCSK as it strengthens conceptual depth, validates knowledge formally, aligns expertise with CSA standards, and enhances professional credibility.
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