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ISACA CDPSE (Certified Data Privacy Solutions Engineer) certification exam is designed for professionals who are interested in advancing their career in the field of data privacy. Certified Data Privacy Solutions Engineer certification is globally recognized and demonstrates a professional's expertise in identifying, designing, implementing, and managing data privacy solutions.

ISACA CDPSE certification provides individuals with the skills and knowledge necessary to implement effective data privacy solutions within their organization. As data breaches continue to make headlines, the demand for individuals with expertise in data privacy is only going to increase. By becoming certified in CDPSE, individuals can position themselves as leaders in this rapidly growing field and make a real impact on the privacy and security of personal data.

ISACA CDPSE (Certified Data Privacy Solutions Engineer) exam is a certification exam designed to test the knowledge and skills of professionals in the field of data privacy. CDPSE exam covers a wide range of topics related to data privacy, including data protection laws and regulations, privacy governance, privacy risk management, and privacy program management. The CDPSE certification is intended for professionals who are responsible for managing data privacy programs within their organizations, including privacy officers, privacy consultants, and privacy managers.

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ISACA Certified Data Privacy Solutions Engineer Sample Questions (Q113-Q118):

NEW QUESTION # 113
An organization Wishes to deploy strong encryption to its most critical and sensitive databases. Which of the following is the BEST way to safeguard the encryption keys?

A. Ensure key management responsibility is assigned to the privacy officer.
B. Ensure the keys are stored in a remote server.
C. Ensure all access to the keys is under dual control_
D. Ensure the keys are stored in a cryptographic vault.

Answer: D

Explanation:
Explanation
The best way to safeguard the encryption keys is to ensure that they are stored in a cryptographic vault. A cryptographic vault is a secure hardware or software module that provides cryptographic services and protects the keys from unauthorized access, modification, or disclosure. A cryptographic vault can also provide other functions, such as key generation, key backup, key rotation, key destruction, and key auditing. A cryptographic vault can enhance the security and privacy of the encrypted data by preventing key compromise, leakage, or misuse. A cryptographic vault can also comply with the security standards and best practices for key management, such as the ISO/IEC 27002, NIST SP 800-57, or PCI DSS. References:
* [ISACA Glossary of Terms]
* [ISACA CDPSE Review Manual, Chapter 3, Section 3.3.3]
* [ISACA Journal, Volume 4, 2019, "Key Management in the Multi-Cloud Environment"]
* [ISACA CDPSE Review Manual, Chapter 3, Section 3.3.4]

NEW QUESTION # 114
A mortgage lender has created an online application that collects borrower information and delivers a mortgage decision automatically based on criteria set by the lender. Which fundamental data subject right does this process infringe upon?

A. Right to restriction of processing
B. Right to be informed
C. Right to object
D. Right not to be profiled

Answer: D

Explanation:
The right not to be profiled is the right of data subjects to not be subject to a decision based solely on automated processing, including profiling, which produces legal or similarly significant effects on them. The online application that delivers a mortgage decision automatically based on criteria set by the lender is an example of such a decision, as it affects the data subject's ability to obtain a loan.
Reference:
What exactly is 'profiling' under the GDPR - DMA
Can I be subject to automated individual decision-making, including profiling - European Commission

NEW QUESTION # 115
During which of the following system lifecycle stages is it BEST to conduct a privacy impact assessment (PIA) on a system that holds personal data?

A. Functional testing
B. Production
C. User acceptance testing (UAT)
D. Development

Answer: D

Explanation:
Explanation
A PIA is a systematic process to identify and evaluate the potential privacy impacts of a system, project, program or initiative that involves the collection, use, disclosure or retention of personal data. A PIA should be conducted as early as possible in the system lifecycle, preferably during the development stage, to ensure that privacy risks are identified and mitigated before the system is deployed. Conducting a PIA during functional testing, UAT or production stages may be too late to address privacy issues effectively and may result in costly rework or delays1, p. 67 References: 1: CDPSE Review Manual (Digital Version)

NEW QUESTION # 116
Which of the following is the BEST practice to protect data privacy when disposing removable backup media?

A. Data encryption
B. Data masking
C. Data sanitization
D. Data scrambling

Answer: C

Explanation:
Explanation
The best practice to protect data privacy when disposing removable backup media is B. Data sanitization.
A comprehensive explanation is:
Data sanitization is the process of permanently and irreversibly erasing or destroying the data on a storage device or media, such as a hard drive, a USB drive, a CD/DVD, etc. Data sanitization ensures that the data cannot be recovered or reconstructed by any means, even by using specialized software or hardware tools.
Data sanitization is also known as data wiping, data erasure, data destruction, or data disposal.
Data sanitization is the best practice to protect data privacy when disposing removable backup media because it prevents unauthorized access, disclosure, theft, or misuse of the sensitive or confidential data that may be stored on the media. Data sanitization also helps to comply with the legal and regulatory requirements and standards for data protection and privacy, such as the General Data Protection Regulation (GDPR), the Health Insurance Portability and Accountability Act (HIPAA), the Payment Card Industry Data Security Standard (PCI DSS), etc.
There are different methods and techniques for data sanitization, depending on the type and format of the storage device or media. Some of the common methods are:
Overwriting: Overwriting replaces the existing data on the device or media with random or meaningless data, such as zeros, ones, or patterns. Overwriting can be done multiple times to increase the level of security and assurance. Overwriting is suitable for magnetic media, such as hard disk drives (HDDs) or tapes.
Degaussing: Degaussing exposes the device or media to a strong magnetic field that disrupts and destroys the magnetic structure and alignment of the data. Degaussing renders the device or media unusable and unreadable. Degaussing is suitable for magnetic media, such as hard disk drives (HDDs) or tapes.
Physical Destruction: Physical destruction involves applying physical force or damage to the device or media that breaks it into small pieces or shreds it. Physical destruction can be done by using mechanical tools, such as shredders, crushers, drills, hammers, etc., or by using thermal methods, such as incineration, melting, etc. Physical destruction is suitable for any type of media, such as hard disk drives (HDDs), solid state drives (SSDs), USB drives, CDs/DVDs, etc.
Data encryption (A) is not a good practice to protect data privacy when disposing removable backup media because it does not erase or destroy the data on the media. Data encryption only transforms the data into an unreadable format that can only be accessed with a key or a password. However, if the key or password is lost, stolen, compromised, or guessed by an attacker, the data can still be decrypted and exposed. Data encryption is more suitable for protecting data in transit or at rest, but not for disposing data.
Data scrambling is not a good practice to protect data privacy when disposing removable backup media because it does not erase or destroy the data on the media. Data scrambling only rearranges the order of the bits or bytes of the data to make it appear random or meaningless. However, if the algorithm or pattern of scrambling is known or discovered by an attacker, the data can still be unscrambled and restored. Data scrambling is more suitable for obfuscating data for testing or debugging purposes, but not for disposing data.
Data masking (D) is not a good practice to protect data privacy when disposing removable backup media because it does not erase or destroy the data on the media. Data masking only replaces some parts of the data with fictitious or anonymized values to hide its true identity or meaning. However, if the original data is still stored somewhere else or if the masking technique is weak or reversible by an attacker, the data can still be unmasked and revealed. Data masking is more suitable for protecting data in use or in analysis, but not for disposing data.
References:
What Is Data Sanitization?1
How to securely erase hard drives (HDDs) and solid state drives (SSDs)2 Secure Data Disposal & Destruction: 6 Methods to Follow3

NEW QUESTION # 117
Which of the following would MOST effectively reduce the impact of a successful breach through a remote access solution?

A. Monitoring and reviewing remote access logs
B. Regular testing of system backups
C. Regular physical and remote testing of the incident response plan
D. Compartmentalizing resource access

Answer: D

Explanation:
Compartmentalizing resource access is a security technique that divides a system or network into separate segments or zones with different levels of access and control, based on the sensitivity and value of the data or resources. Compartmentalizing resource access would most effectively reduce the impact of a successful breach through a remote access solution, as it would limit the scope and extent of the breach, and prevent unauthorized access to other segments or zones that contain more critical or sensitive data or resources. The other options are not as effective as compartmentalizing resource access in reducing the impact of a successful breach through a remote access solution. Regular testing of system backups is a security technique that verifies the availability and recoverability of data in case of a system failure or disaster, but it does not prevent or limit unauthorized access to data. Monitoring and reviewing remote access logs is a security technique that records and analyzes the activities and events related to remote access sessions, but it does not prevent or limit unauthorized access to data. Regular physical and remote testing of the incident response plan is a security technique that evaluates and improves the readiness and effectiveness of an organization's response to security incidents, but it does not prevent or limit unauthorized access to data1, p. 91-92 Reference: 1: CDPSE Review Manual (Digital Version)

NEW QUESTION # 118
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CDPSE Latest Questions - CDPSE Exam Questions Pdf

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ISACA Certified Data Privacy Solutions Engineer Sample Questions (Q113-Q118):

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