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Certified Cloud Security Engineer (CCSE) Online Training Course

The EC-Council's Certified Cloud Security Engineer (C|CSE) course was developed in collaboration with cloud security specialists and recognized subject matter experts. This CertHippo course covers both vendor-neutral and vendor-specific cloud security concepts. The emphasis of vendor-neutral notions is on cloud security practice's, frameworks, technologies, and principles. With CertHippo Certified Cloud Security Engineer Certification course, you will learn how to design, enforce, and manage cloud platform security for any firm. 

Why This Course

EC-Council Authorised Partner Certified training specialists 40 hours of instructor-led instruction

4 hours each day on weekends and weekdays

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Access to previously recorded sessions

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Instructor-led live online classes

Certified Cloud Security Engineer (CCSE) Online Training Course

Instructor-led live online Training (Weekday/ Weekend)

$1250  $875

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Why Enroll In CCSE Course?

The CCSE online training course is great for enhancing cloud security knowledge and skills. It covers the latest industry standards and provides hands-on experience with cloud security tools. It also prepares students for the CCSE certification exam, which is globally recognized and highly valued by employers. Overall, it's a valuable investment for professionals seeking to advance their careers in cloud security.

CCSE Training Features

Live Interactive Learning

  World-Class Instructors

  Expert-Led Mentoring Sessions

  Instant doubt clearing

Lifetime Access

  Course Access Never Expires

  Free Access to Future Updates

  Unlimited Access to Course Content

24x7 Support

  One-On-One Learning Assistance

  Help Desk Support

  Resolve Doubts in Real-time

Hands-On Project Based Learning

  Industry-Relevant Projects

  Course Demo Dataset & Files

  Quizzes & Assignments

Industry Recognized Certification

  CertHippo Training Certificate

  Graded Performance Certificate

  Certificate of Completion

Cloud

  Preconfigured Lab Environment

  Infrastructure with Tools and Software

  Single Sign-On

About your AWS Course

AWS Solutions Architect Course Skills Covered

Managing Security

Designing Data Storage Solutions

Monitoring Cloud Solutions

Designing Resilient AWS Solutions

AWS Cloud Cost Optimization

Designing Identity Solutions

CCSE Course Curriculum

Cloud security refers to the practices, technologies, and policies that are put in place to protect cloud computing environments and the data stored in them from unauthorized access, theft, or loss. As organizations increasingly move their operations to the cloud, the need for effective cloud security has become more critical than ever.

Cloud security involves various security measures, such as identity and access management, encryption, network security, data loss prevention, and vulnerability management, among others. It also requires a shared responsibility model between the cloud provider and the customer, where each party is responsible for specific aspects of security.

A robust cloud security strategy should take into account the unique challenges of cloud computing, such as shared resources, multi-tenancy, and the dynamic nature of cloud environments. It should also align with industry standards and best practices, such as those outlined by NIST, CSA, and ISO.

Ultimately, a strong cloud security posture helps organizations reduce the risk of data breaches and cyber-attacks, safeguard sensitive data, and maintain regulatory compliance.

Platform and infrastructure security are essential components of cloud security, as they focus on protecting the underlying computing resources that support cloud-based services and applications.

Infrastructure security involves securing the physical infrastructure, such as servers, storage devices, and networking equipment, that underpins cloud computing. This includes measures such as access controls, firewalls, intrusion detection and prevention, and encryption. Infrastructure security also involves ensuring the physical security of data centers and other facilities where cloud infrastructure is housed.

Platform security, on the other hand, involves securing the software and operating systems that run on top of the cloud infrastructure. This includes measures such as patch management, configuration management, and access controls. Platform security also involves securing the applications and services that run on top of the platform, including data protection, vulnerability management, and application security.

In the cloud, infrastructure and platform security are typically the responsibility of the cloud service provider, as they are responsible for maintaining the physical infrastructure and underlying platform. However, customers are responsible for securing their applications and data, as well as ensuring proper access controls and configurations are in place.

To ensure effective platform and infrastructure security in the cloud, it is essential to follow industry best practices and standards, such as those outlined by NIST, CSA, and ISO. Regular security assessments and audits can also help identify and mitigate security risks in cloud infrastructure and platforms.

Application security in the cloud refers to the measures taken to protect the applications that are deployed in cloud environments from cyber threats, unauthorized access, and data breaches.

Applications in the cloud are often built using a mix of traditional and modern technologies, which can create security challenges. These applications can be exposed to new risks, such as cross-site scripting (XSS) attacks, injection attacks, and vulnerabilities in third-party libraries and components.

To mitigate these risks, it is essential to implement application security measures in the cloud, such as secure coding practices, vulnerability scanning, penetration testing, and runtime application self-protection (RASP). Secure coding practices involve implementing security controls in the development lifecycle of the application to prevent vulnerabilities from being introduced in the code.

Vulnerability scanning and penetration testing involve regularly assessing the application for potential vulnerabilities and identifying areas where improvements can be made. RASP, on the other hand, is a runtime security measure that monitors the application for vulnerabilities and takes immediate action to prevent attacks.

Cloud service providers typically offer application security services, such as web application firewalls (WAF), to protect against common application-level attacks. Customers can also use third-party security tools to supplement these services and add additional layers of protection to their applications.

To ensure effective application security in the cloud, it is crucial to follow industry best practices and standards, such as those outlined by OWASP and the PCI-DSS. It is also important to perform regular security assessments and audits to identify and mitigate potential security risks in cloud-based applications.

Data security in the cloud refers to the measures taken to protect data stored in cloud environments from unauthorized access, modification, or theft. Data is one of the most valuable assets of any organization, and ensuring its security is critical for maintaining business continuity and reputation.

Cloud service providers offer various data security measures, such as encryption, access controls, and monitoring. Encryption involves converting data into a format that can only be read with the appropriate decryption key. Access controls restrict who can access data in the cloud, ensuring that only authorized individuals can view or modify data.

Cloud service providers also offer various monitoring and auditing tools that allow customers to track who is accessing their data and how it is being used. These tools can be used to detect unauthorized access or suspicious activity and take immediate action to prevent data loss or theft.

In addition to the security measures provided by cloud service providers, customers can also take additional steps to secure their data in the cloud. This includes implementing multi-factor authentication, regularly backing up data, and restricting data access to only those who need it.

To ensure effective data security in the cloud, it is essential to follow industry best practices and standards, such as those outlined by NIST, CSA, and ISO. It is also important to regularly assess and audit data security measures to identify and mitigate potential risks and vulnerabilities in cloud-based data storage.

Operation security in the cloud refers to the measures taken to ensure that cloud-based systems and applications are operated securely and reliably. Operation security involves maintaining the availability, integrity, and confidentiality of cloud-based services and data.

To achieve effective operation security in the cloud, it is important to follow best practices for system configuration, network security, and incident management. This includes:

  1. System Configuration: Ensure that all systems and applications in the cloud are configured securely and that all security patches and updates are applied promptly.

  2. Network Security: Use secure network protocols, such as HTTPS, and implement network segmentation and firewalls to protect against unauthorized access.

  3. Incident Management: Establish incident response procedures and conduct regular security assessments and audits to identify and mitigate potential security risks.

Cloud service providers typically offer various operation security services, such as monitoring, log management, and disaster recovery, to ensure that cloud-based systems and applications are operated securely and reliably. Customers can also use third-party security tools and services to supplement these measures and add additional layers of protection.

To ensure effective operation security in the cloud, it is important to follow industry best practices and standards, such as those outlined by NIST, CSA, and ISO. It is also essential to maintain regular communication and collaboration between cloud service providers and customers to identify and mitigate potential security risks and ensure a secure and reliable cloud environment.

Penetration testing in the cloud involves simulating a real-world attack on a cloud-based system or application to identify potential vulnerabilities and weaknesses in the security controls. The goal of penetration testing is to identify and report security issues before they can be exploited by attackers, allowing organizations to remediate vulnerabilities and improve their overall security posture.

Penetration testing in the cloud typically involves a combination of automated and manual testing techniques, including vulnerability scanning, password cracking, and network and application-level attacks. Penetration testing can be performed by in-house security teams or by third-party security firms that specialize in cloud-based security testing.

When conducting penetration testing in the cloud, it is essential to obtain permission from the cloud service provider and to adhere to the provider's terms of service and security policies. Penetration testing can be disruptive to cloud-based systems and applications, and it is important to ensure that testing does not result in data loss or service disruptions.

Cloud service providers may offer penetration testing services themselves or through third-party vendors. Customers can also use third-party penetration testing services to supplement those provided by cloud service providers and to gain an independent assessment of the security of their cloud-based systems and applications.

To ensure effective penetration testing in the cloud, it is important to follow industry best practices and standards, such as those outlined by NIST and ISO. Regular penetration testing can help organizations identify and address potential security risks and improve the overall security of their cloud-based systems and applications.

Incident detection and response in the cloud refers to the process of identifying and responding to security incidents in cloud-based systems and applications. The goal of incident detection and response is to minimize the impact of security incidents and to restore normal operations as quickly as possible.

Cloud service providers typically offer various incident detection and response services, such as log monitoring, security event alerts, and incident response planning, to help customers detect and respond to security incidents in the cloud. Customers can also use third-party security tools and services to supplement these measures and add additional layers of protection.

Effective incident detection and response in the cloud typically involves the following steps:

  1. Incident Detection: Monitor cloud-based systems and applications for signs of potential security incidents, such as unusual network traffic, system activity, or user behavior. This can be achieved through the use of security information and event management (SIEM) tools and other security monitoring solutions.

  2. Incident Analysis: Investigate potential security incidents to determine whether they are genuine threats and the extent of the impact. This can involve analyzing log data, system configurations, and network traffic to identify the source and scope of the incident.

  3. Incident Response: Take appropriate actions to mitigate the impact of the security incident and prevent further damage. This may include isolating affected systems, applying security patches, or restoring from backups.

  4. Incident Reporting: Document the incident response process and report the incident to relevant stakeholders, such as customers, regulators, or law enforcement agencies, as required.

To ensure effective incident detection and response in the cloud, it is important to follow industry best practices and standards, such as those outlined by NIST, CSA, and ISO. It is also essential to maintain regular communication and collaboration between cloud service providers and customers to identify and mitigate potential security risks and ensure a secure and reliable cloud environment.


Business continuity and disaster recovery (BCDR) in the cloud refers to the processes, procedures, and technologies that enable organizations to continue their critical business operations in the event of a disruption or disaster in the cloud environment. The goal of BCDR is to minimize the impact of disruptions on the business and quickly recover from any disasters.

Cloud service providers typically offer various BCDR services, such as backup and recovery, failover, and disaster recovery planning, to help customers maintain business continuity in the cloud. Customers can also use third-party BCDR solutions to supplement these measures and add additional layers of protection.

Effective BCDR in the cloud typically involves the following steps:

  1. Business Impact Analysis: Identify the critical business functions and applications that are essential for maintaining business operations and prioritize them based on their impact on the organization.

  2. Risk Assessment: Evaluate the potential risks and threats that could disrupt the cloud environment and impact business operations, such as natural disasters, cyber attacks, or hardware failures.

  3. BCDR Planning: Develop and implement BCDR plans that outline the steps and procedures for maintaining business operations and recovering from disasters. This includes backup and recovery strategies, failover procedures, and disaster recovery plans.

  4. BCDR Testing: Regularly test and validate the BCDR plans to ensure that they are effective and can be executed quickly in the event of a disruption or disaster.

To ensure effective BCDR in the cloud, it is important to follow industry best practices and standards, such as those outlined by NIST, CSA, and ISO. It is also essential to maintain regular communication and collaboration between cloud service providers and customers to identify and mitigate potential risks and ensure a resilient and reliable cloud environment.

Forensics investigation in the cloud refers to the process of collecting, analyzing, and preserving digital evidence in the cloud environment for legal or investigative purposes. As organizations increasingly store their data in the cloud, the need for cloud forensics has become critical to ensure the security and integrity of digital evidence.

Cloud forensics investigations involve various steps, including:

  1. Identification and Preservation of Evidence: The first step in a cloud forensics investigation is to identify and preserve the evidence, including log files, system images, and other relevant data. This is essential to ensure that the evidence is not altered or destroyed during the investigation.

  2. Analysis of Evidence: Once the evidence is collected, it is analyzed using various tools and techniques to identify potential security incidents, such as data breaches or unauthorized access.

  3. Reconstruction of the Attack: The next step involves reconstructing the attack or incident to determine how it occurred and the extent of the damage. This includes identifying the source of the attack, the data that was accessed or modified, and the methods used to access the data.

  4. Reporting: The final step is to document the findings and report them to the relevant stakeholders, including law enforcement, legal teams, and management.

Cloud forensics investigations require specialized knowledge and expertise in cloud technologies and forensic techniques. Cloud service providers also play a critical role in supporting cloud forensics investigations, including providing access to logs and other relevant data.

To ensure effective cloud forensics investigations, it is important to follow industry best practices and standards, such as those outlined by NIST and CSA. It is also essential to maintain regular communication and collaboration between cloud service providers and investigators to ensure that the investigation is conducted effectively and efficiently.

Governance, risk management, and compliance (GRC) in the cloud refer to the processes, policies, and procedures that organizations implement to manage risks and ensure compliance with regulatory requirements in the cloud environment.

Cloud computing introduces new risks and challenges that must be addressed to ensure the security and integrity of data and systems. GRC in the cloud involves various activities, including:

  1. Governance: This involves defining policies and procedures for cloud usage, roles and responsibilities, and oversight mechanisms to ensure compliance with regulations and standards.

  2. Risk Management: This involves identifying, assessing, and mitigating risks associated with cloud usage, including data breaches, cyber-attacks, and vendor-related risks.

  3. Compliance: This involves ensuring that cloud usage complies with regulatory requirements, such as GDPR, HIPAA, and PCI DSS, as well as industry standards, such as ISO 27001 and SOC 2.

To ensure effective GRC in the cloud, organizations must implement a comprehensive framework that includes the following components:

  1. Risk Assessment: This involves identifying and evaluating the risks associated with cloud usage, including data privacy, security, and compliance risks.

  2. Policies and Procedures: This involves developing and implementing policies and procedures that govern cloud usage, including access control, data classification, and incident management.

  3. Compliance Monitoring: This involves monitoring cloud usage to ensure compliance with regulatory requirements and standards.

  4. Audit and Assessment: This involves conducting regular audits and assessments of cloud systems and processes to identify and address potential risks and compliance issues.

By implementing a comprehensive GRC framework, organizations can effectively manage risks and ensure compliance with regulatory requirements in the cloud environment. This helps to protect sensitive data and systems, maintain customer trust, and avoid legal and financial penalties.

Standards, policies, and legal issues are critical considerations for cloud computing, as they can help organizations to ensure security, compliance, and legal protections for their data and systems. Some of the key standards, policies, and legal issues that organizations must address when deploying cloud services include:

  1. Standards: Standards, such as ISO 27001, SOC 2, and PCI DSS, are critical for ensuring the security and compliance of cloud services. These standards provide a framework for assessing and managing risks associated with cloud services, including data privacy, security, and compliance risks.

  2. Policies: Policies, such as access control, data classification, and incident management policies, are necessary for governing cloud usage and ensuring that cloud services are used in a secure and compliant manner. These policies help to establish guidelines and best practices for cloud usage, helping organizations to maintain control over their data and systems.

  3. Legal Issues: Legal issues, such as data privacy and protection, data ownership, and data location, are critical considerations for cloud computing. These issues can vary depending on the location of data and systems, as well as the legal and regulatory requirements of different jurisdictions. Organizations must be aware of these legal issues and ensure that their cloud services comply with relevant laws and regulations.

In addition to these considerations, organizations must also ensure that their cloud services are compliant with industry-specific standards and regulations, such as HIPAA for healthcare organizations and GDPR for companies operating in the European Union. By addressing these standards, policies, and legal issues, organizations can deploy cloud services in a secure and compliant manner, helping to protect their data and systems and avoid legal and financial penalties.

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Certification

  1. Recognition: The CCSE certification is recognized globally as a standard for cloud security expertise. It is a valuable credential for professionals seeking career advancement opportunities in the field of cloud security.

  2. Requirements: To earn the CCSE certification, individuals must pass a rigorous exam that tests their knowledge and skills in cloud security concepts, principles, and best practices.

  3. Skills and Knowledge: The CCSE certification validates that individuals have the necessary skills and knowledge to design, implement, and manage secure cloud environments. It covers a broad range of topics, including cloud architecture and design, data security, application security, and incident response.

  4. Credibility: The CCSE certification is offered by the Cloud Security Alliance (CSA), a leading organization dedicated to promoting best practices for secure cloud computing. The CSA is a trusted authority in the field of cloud security, giving the CCSE certification credibility and recognition among employers and industry professionals.

  5. Continuing Education: To maintain their CCSE certification, individuals must participate in continuing education programs to stay current with the latest cloud security trends and technologies.

CCSE Online Training FAQs

    The CCSE certification is a globally recognized credential offered by the Cloud Security Alliance (CSA) that validates an individual's knowledge and skills in designing, implementing, and managing secure cloud environments.

      The CCSE certification is a globally recognized credential offered by the Cloud Security Alliance (CSA) that validates an individual's knowledge and skills in designing, implementing, and managing secure cloud environments.

        The CCSE training course covers a broad range of topics related to cloud security, including platform and infrastructure security, application security, data security, operation security, incident detection and response, business continuity and disaster recovery, and governance, risk management, and compliance.

          The CCSE training course is an online, self-paced program that includes video lectures, hands-on labs, and practice quizzes. The course is designed to be flexible and convenient, allowing students to study at their own pace and on their own schedule.

            The CCSE training course typically takes 40-50 hours to complete, depending on the student's pace of study and prior knowledge of cloud security concepts.

              There are no formal prerequisites for the CCSE training course, but it is recommended that students have some prior knowledge and experience in cloud computing and information security.

                The CCSE certification exam is a computer-based test that consists of 60 multiple-choice questions. Students have 90 minutes to complete the exam, and a passing score of 70% is required to earn the certification.

                The cost of the CCSE training course varies depending on the training provider. Students should check with the training provider for specific pricing information.


                  The CCSE certification is valid for three years. To maintain their certification, individuals must participate in continuing education programs and pass a recertification exam.

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                  CCSE Course Description

                  Course Overview

                  Cloud security, also known as cloud computing security, is a collection of security measures designed to protect cloud-based infrastructure, applications, and data. These processes safeguard data and resource access, user and device authentication, and data privacy. This is why businesses are recruiting Cloud Security Engineers. 

                  CertHippo cloud security course is designed to the real-world job requirements and functions of cloud security specialists, making it ideal for both beginners and experts. Identity and Access Management (IAM) will allow you to safely access cloud resources. You will be able to comprehend the shared responsibility paradigm, among other things.

                  You will learn about analysing and managing security threats, vulnerabilities, and hazards inside a cloud platform as part of the CertHippo Cloud Security Engineer course. You will also learn how to incorporate best practises for protecting cloud infrastructure and other pertinent issues.


                  Why CCSE Training with CertHippo?

                  CertHippo is a global technology and security training and consulting firm that specialises in different IT security courses and services. Our CCSE course aims to acquire advanced skills needed in the Cloud Security industry. CertHippo may provide you with the following advantages:

                  • Our lab sessions give hands-on experience.
                  • We can assist you in presenting your qualifications and job experience for the specific profile.
                  • We provide a versatile training regimen. 
                  • Following the session, we send recorded videos to each participant.
                  • We offer post-training support.
                  • Each applicant also receives a participation certificate.

                  Target Audience


                  • Engineers in Network Security
                  • Analysts in Network Security
                  • Administrators in charge of network security
                  • Engineers in Cybersecurity
                  • Analysts in Cybersecurity
                  • Administrators of the Cloud
                  • Engineers in the Cloud
                  • Cloud experts
                  • Professionals in Information Security
                  • Certified Ethical Hacking Course - CEH v12

                  Pre-Requisites

                  • For entry-level work, a bachelor's degree is occasionally necessary, although individuals with hands-on experience from vocational institutes can also thrive. 
                  • Degrees in engineering, programming, computer science, and information security are typically appropriate for this profession. 
                  • Have practical experience with network security administration.
                  • Fundamental knowledge of cloud computing principles

                  EC-Council's CCSE Course Objectives

                  This course will teach you

                  • Considering cloud storage options
                  • Creating and putting in place a GRC framework
                  • Putting in place and managing cloud security on various cloud platforms
                  • Understanding and implementing cloud security in a variety of situations
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                  Selenium Certification

                  1. Recognition: The CCSE certification is recognized globally as a standard for cloud security expertise. It is a valuable credential for professionals seeking career advancement opportunities in the field of cloud security.

                  2. Requirements: To earn the CCSE certification, individuals must pass a rigorous exam that tests their knowledge and skills in cloud security concepts, principles, and best practices.

                  3. Skills and Knowledge: The CCSE certification validates that individuals have the necessary skills and knowledge to design, implement, and manage secure cloud environments. It covers a broad range of topics, including cloud architecture and design, data security, application security, and incident response.

                  4. Credibility: The CCSE certification is offered by the Cloud Security Alliance (CSA), a leading organization dedicated to promoting best practices for secure cloud computing. The CSA is a trusted authority in the field of cloud security, giving the CCSE certification credibility and recognition among employers and industry professionals.

                  5. Continuing Education: To maintain their CCSE certification, individuals must participate in continuing education programs to stay current with the latest cloud security trends and technologies.

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