Isaca CDPSE Dumps - Pass Certified Data Privacy Solutions Engineer Exam in 2026

Anonymization is a technique that removes or modifies personal data in such a way that it can no longer be attributed to a specific data subject. Anonymization can be achieved by various methods, such as encryption, pseudonymization, aggregation, generalization, etc. When using anonymization techniques to prevent unauthorized access to personal data, the most important consideration to ensure the data is adequately protected is that the key must be kept separate and distinct from the data it protects. The key is a piece of information that is used to reverse the anonymization process and restore the original personal data. The key must be stored and managed in a secure location that is different from where the anonymized data is stored and processed. This way, even if the anonymized data is compromised, the key cannot be accessed or used to re-identify the data subjects.Reference:: CDPSE Review Manual (Digital Version), page 29

User behavior analytics is a technology that uses data analysis and machine learning to monitor, detect and respond to anomalous or malicious user activities, such as accessing sensitive personal customer information to use for unauthorized purposes. User behavior analytics is the best choice to mitigate this risk, as it would help to identify and prevent insider threats, data breaches, fraud or misuse of data by authorized individuals. User behavior analytics can also help to enforce policies and controls, such as access control, audit trail or data loss prevention. The other options are not as effective as user behavior analytics in mitigating this risk. Email filtering system is a technology that scans and blocks incoming or outgoing emails that contain spam, malware or phishing attempts, but it does not address the issue of authorized individuals accessing sensitive personal customer information to use for unauthorized purposes. Intrusion monitoring is a technology that monitors and alerts on unauthorized or malicious attempts to access a system or network, but it does not address the issue of authorized individuals accessing sensitive personal customer information to use for unauthorized purposes.Mobile device management (MDM) is a technology that manages and secures mobile devices that are used to access or store organizational data, but it does not address the issue of authorized individuals accessing sensitive personal customer information to use for unauthorized purposes1, p.92Reference:1: CDPSE Review Manual (Digital Version)

A thin client remote desktop protocol (RDP) is the most effective remote access model for reducing the likelihood of attacks originating from connecting devices, because it minimizes the amount of data and processing that occurs on the remote device. A thin client RDP only sends keyboard, mouse and display information between the remote device and the server, while the actual processing and storage of data happens on the server. This reduces the exposure of sensitive data and applications to potential attackers who may compromise the remote device.

CDPSE Review Manual, Chapter 2 -- Privacy Architecture, Section 2.3 -- Privacy Architecture Implementation1.

CDPSE Certified Data Privacy Solutions Engineer All-in-One Exam Guide, Chapter 2 -- Privacy Architecture, Section 2.4 -- Remote Access2.

Zero-knowledge proofs (ZKPs) allow a party to prove possession of a secret or attribute without revealing the secret itself, enabling privacy-preserving verification. Digital signatures (A) and PGP (B) still involve exposure of certain data elements/keys for validation; passwordless methods (D) change authentication factors, not zero-knowledge verification.

''Zero-knowledge proofs enable verification without disclosure of the underlying data.''

Transport layer encryption is the most effective way to protect against the use of a network sniffer, because it encrypts the data packets that are transmitted over a network, making them unreadable and useless for anyone who intercepts them. Transport layer encryption can be implemented using protocols such as Secure Sockets Layer (SSL), Transport Layer Security (TLS), or Secure Shell (SSH), which provide end-to-end encryption and authentication between the sender and the receiver of the data. By using transport layer encryption, the data can only be decrypted by the intended recipient, who has the proper key or certificate to do so. Therefore, even if a network sniffer captures the data packets, they cannot access or modify the sensitive information contained in them.

What is Packet Sniffing Attack in Network Sniffing?, EC-Council

Packet Sniffing Meaning, Methods, Examples and Best Practices, Spiceworks

What is a packet sniffing attack? + how to prevent it, Norton