Mock Interview For Every CCSP Certification Holders To Acquire their Dream Jobs

It is obvious for a CCSP Certification holder to possess command over cloud security. New career opportunities unfold for those certified professionals who can properly display their craft. This is visible to a recruiter when they successfully answer his/her questions just to the point. Such certified professionals are usually sought after to fill in the positions of IT/cloud security leaders. The CCSP Certification confirms one’s cloud security skills at their best. It is the premier validation one could get to prove one’s skillfulness for securing data in a cloud environment.

Organizations look for appropriate expertise to deal with the unique cloud-security threats emerging with time. They hunt for individuals who will stand the test of time in rendering IT security services to them. Below are the questions that recruiters mostly ask to judge a professional’s caliber for protecting sensitive data. These questions are centered around the orchestration of the best cloud-security practices and the domains stated in CCSP CBK. An interviewer primarily assesses how far an individual is at pace with the evolving technologies.

Cloud computing permits both authorization and authentication of data. It offers access to nobody except the genuine users of a specific application or data. Another aspect of cloud security is monitoring and preventing the entry of strangers into the concerned cloud environment.

Community, hybrid, public, and private cloud models are available for enterprises to select from to serve their data securing purposes. CCSP certified professionals can showcase their skills in choosing the right cloud model for the organization as per business requirements.

There isn’t a stark difference between the two. Mobiles use remote servers for running their applications. This allows a user to manage the stored data and access it accordingly. Cloud computing doesn’t use a separate device but the internet. So, an individual can recover data from it as per his/her needs.

Firstly, utility computing is relatively cost-effective since the organization only pays for the cloud services it opts for. This prevents unnecessary expenditure of an enterprise that can be used for other befitting purposes.

Cloud computing involves the use of the internet as the basis for processing and delivering services to cater to users’ requirements. This is the ultimate option for modern-day businesses to meet their needs as well as that of their customers.

Software or hardware heating due to functioning round the clock results in the expenses of a data center going high. Heavy maintenance is required, which adds to the cost. On the other hand, cloud computing is free from the need for high-duty maintenance. Besides, the cloud environment supports relatively higher data storage than the data center.

A cloud architecture refers to the entire arrangement of the cloud computing components. This also includes the cloud-based delivery and network. Cloud architecture even comprises both the back and front-end platforms. It accommodates storage, server, mobile device, and clients as a whole. The cleanup phase, monitor phase, shutdown phase, and launch phase are namely, different phases of cloud architecture.

Unlike traditional architecture, cloud architecture can adjust the number of resources as per the users’ demands. Besides, the latter is adept at handling massive workloads without reporting any system breakdown. Lastly, cloud architecture caters to the demand of the hardware type as and when needed.

A cloud security provider must offer data protection, regulatory compliance, and DDos protection in alignment with a business’s requirements. Businesses hiring private cloud platforms must also look after the same. Cloud security encapsulates several network infrastructure control levels for protecting websites and cloud-based applications.

Data breaches, malicious insiders, insecure API, advanced persistent threats, and issues arising from shared technology. These are the probable risks in cloud computing that are very well managed by CCSP Certification holders.

CCM(Cloud Controls Matrix) is a body of chief security guidelines for cloud vendors. It also helps the customers in determining if their respective cloud providers are offering the right amount of security.

Cloud security is trending at present because of its innovative ways of responding to data breaches. It has come a long way in preventing theft, deletion, and leakage of useful data. Businesses find cloud computing handy because of its efficacy in keeping crucial information protected.

Cloud computing includes security features. The first one is identity management which approves its applications. Secondly, it provides its user organization access control for prohibiting unknown users from intruding. Thirdly, another aspect of it ensures the entry of authentic users for reaching the available applications and data.

The term ‘cloud security architecture’ refers to software tools, cloud platform structure, design, and security best practices. Some of these best practices include network monitoring, compliance enforcement, and powerful authentication protocol.

Using different passwords for different accounts and changing them frequently is a very effective means of enhancing data security. The cloud platform isn’t the place for sharing or storing confidential data. Users need to implement antimalware and antivirus protection in their devices to avoid such issues during data transmission. The applications used to connect to the cloud services of a provider must also be secured. Users must configure their existing privacy settings to prevent any information leakage. Lastly, one must ensure that the operating system is updated.

Firstly, validation of information before it is entered into the system. Data tracking for the reconciliation of its output and input is the second law. Thirdly, the assurance of completion of data processing in an application in an appropriate manner. Next is the proper management of files containing the data in question. The last law states the management of data security attacks and solving the backup creation problems.

The virtual machine, storage resources, computing resources, physical server, and hypervisor are the layers of a cloud architecture. Each of these layers is equally powerful in safeguarding the services, applications, and data hosted by the cloud. One layer cannot become a substitute for another.

One should be aware that a cloud provider functions under a model of shared responsibility. This implies that it is not just a cloud provider but even its user would be responsible in any case of accidental data security attack. Therefore, one must sort out responsibility-sharing with the cloud provider one has opted for. Cloud connectivity is likely to increase the frequency of data security breaches if the monitoring of vulnerabilities isn’t centralized beforehand. Data encryption and compliance with the applicable regulatory laws are very crucial.

CIA (Confidentiality Integrity Availability) forms the basis of an organization’s information security policy. The guidelines of this policy assist an enterprise to maintain its reputation, business continuity, and issues arising from compliance avoidance.

A hybrid cloud is an amalgamation of the characteristics of public and private clouds. It comprises several service providers. The community cloud is relatively expensive and calls for the commitment of the user organization to sharing its benefits.

The large-scale platforms for cloud computing are, namely, Apache Hadoop and Map Reduce. As an open-source platform, the former of the two creates computer pools for individual file systems. Using hash algorithms of the same kind, it forms data element clusters and copies existing files. Map Reduce is a Google-built computing distribution software. It can manage both unstructured and structured data.

CCSP Certification holders are the most eligible for the smooth sailing of cloud services to businesses. Unlike computer applications, cloud-based applications demand the least maintenance. CCSP-certified individuals can take charge of protecting these applications against all possible risks.

Public clouds can allow unknown users to access someone else’s stored data. This enhances the probability of data replacement or stealing. So, it is not safe to be used without the implementation of high encryption standards.

The first step is to detect all possible vulnerabilities of a cloud system’s security. Based on the identifications a CCSP creates a model comprising every potential weakness of the cloud alongside their risk levels. Then follows the step where the intrusion-detecting capacity of the system is tested. The final stage involves penetration testing to assess the cloud security system’s resistance to malicious attacks.

A hybrid cloud allows an organization to secure its confidential data by using its private cloud characteristics. On the other hand, its public cloud features facilitate data access externally.

Yes, I am familiar with different types of clouds in cloud computing such as Public clouds, Private clouds, and Hybrid clouds. Public clouds are forms of cloud computing where infrastructure and services are made available to the general public by third-party companies. Private cloud is a cloud infrastructure dedicated to a single organization. A hybrid cloud combines elements of both public and private clouds, allowing data and applications to be shared between them.

This question tests your knowledge of processes and procedures for identifying and mitigating security incidents in the cloud. Therefore, candidates should provide a comprehensive response that covers key aspects of the incident response lifecycle. They have to explain how they develop a strong Incident Response Plan (IRP) that is customized for the cloud environment.

The Components of Cloud Computing Architecture Service, Client Infrastructure, Runtime Cloud, Storage, Infrastructure, Management and Security. Candidates can further explain two or three Components of Cloud Computing Architecture in detail.

MySQL, MongoDB, PostgreSQL, CouchDB, SQLite, Lucid DB, and Mongo DB are some examples of open-source cloud computing platform databases.

Windows Azure is a cloud-based operating system that enables to execute commercial workloads, services, and apps in the cloud. It offers a wide range of cloud services, such as networking, analytics, computing, and storage.

Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform, Cloud-based SQL, Simple Amazon Database, and Google Bigtable are some well-known cloud providers and databases.

Host-based Intrusion Detection System operates on individual hosts or devices within a network. It is a security mechanism that examines the internals of a computing system to look for indications of malicious activity or violations of security policies.

Unified Threat Management is a comprehensive security solution that integrates several security elements and capabilities into a single, integrated hardware or software application. It offers a comprehensive strategy for network security by combining several preventative measures to guard against different kinds of online attacks.

Eucalyptus is an open-source software platform that enables the provision of Infrastructure-as-a-Service, or IaaS, in private or hybrid cloud environments. Cluster Controller, Storage Controller, Cloud Controller, Walrus Storage Controller and Node Controller are the components of EUCALYPTUS.

The common security concerns in hosting a PaaS application are Interoperability, Portability, Access Control, Network Security, Compliance and Governance, and Incident Response. These security concerns should be addressed to ensure the confidentiality, integrity, and availability of the application and its data.

  • Launch phase
  • Monitor phase
  • Shutdown phase
  • Cleanup phase

Platform as a Service, or PaaS, is a complete cloud-based platform for development and deployment. CCSP professionals use PaaS to develop, test, launch, and maintain web applications. Azure, Joyent,, Google App Engine, and Joyent are a few examples of PaaS.

System integrators help in organizations design, implement, and manage cloud computing platforms. These individuals help organizations navigate the complexities of cloud adoption and create a tailored cloud strategy that aligns with their unique needs and goals.

Infrastructure as a Service, or IaaS, is a cloud computing model that offers computing resources on a demand basis. Customers may use it to outsource various parts of their IT infrastructure, including virtual machines, servers, networking, processing, and storage.

SLAs serve as a critical contractual tool that aligns the expectations of cloud service users with the commitments of the service provider. The terms and conditions that govern the provisioning and monitoring of cloud services are outlined in SLAs. They set the standards for service delivery, encompassing timely delivery, availability, and performance indicators.

Apache Hadoop is an open-source framework for the distributed processing and storing of massive data volumes among computer clusters. Hadoop divides workloads into smaller, concurrently operating tasks by utilizing distributed storage and parallel processing to manage big data and analytics tasks.

MapReduce is a programming paradigm that enables massive scalability across hundreds or thousands of servers. MapReduce is utilized in cloud environments to take advantage of the resources, scalability, and flexibility offered by cloud computing platforms.

Development teams employ the software development lifecycle (SDLC) as a time and cost efficient method for designing and creating high-quality software. It contributes to the creation of high-quality software that fulfills or beyond client expectations, is delivered on time and within budget, and is in accordance with the goals of the project.

Security Assertion Markup Language (SAML) facilitates federated identity management and secure single sign-on (SSO) in cloud computing environments. It helps businesses to expand their identity infrastructure into the cloud, guaranteeing users using different cloud services a safe and easy experience.

There are three main types of cloud computing services: Infrastructure-as-a-Service (IaaS), Platforms-as-a-Service (PaaS), and Software-as-a-Service (SaaS). Candidates can further elaborate on this answer by explaining those services in detail.

Yes, the Hybrid cloud can be changed according to requirements. Sometimes it may include at least one private cloud and at least one public cloud, two or more private clouds, two or more public clouds, or a bare-metal or virtual environment connected to at least one public cloud or private cloud.

SDLC is a framework that guides the process of software development from its initiation to its completion. The phases in the SDLC are requirements Gathering and Analysis, Planning, Design, Implementation, Testing, Deployment, and Maintenance and Support.

Multi-cloud refers to the use of multiple cloud computing services or platforms to meet the diverse needs of an organization. Instead of depending solely on one cloud provider, businesses use the services of many cloud providers.

The features of UTM are antivirus, Intrusion Prevention, content filtering, email and web filtering, anti-spam, Anti-malware, Virtual Private Networking (VPN) and Data Loss Prevention.

Security controls for Data Security in Cloud platform are Encryption, Access Controls, Data Loss Prevention, Data Masking and Redaction, Data Residency and Compliance, Vendor Security Assessment. These to security controls ensure the confidentiality, integrity, and availability of sensitive information.