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PECB Lead-Cybersecurity-Manager Exam Questions - Navigate Your Path to Success

The PECB ISO/IEC 27032 Lead Cybersecurity Manager (Lead-Cybersecurity-Manager) exam is a good choice for Cybersecurity Professionals and if the candidate manages to pass PECB ISO/IEC 27032 Lead Cybersecurity Manager exam, he/she will earn PECB Certified Lead Cybersecurity Manager Certification. Below are some essential facts for PECB Lead-Cybersecurity-Manager exam candidates:

  • In actual PECB ISO/IEC 27032 Lead Cybersecurity Manager (Lead-Cybersecurity-Manager) exam, a candidate can expect 80 Questions and the officially allowed time is expected to be around 180 Minutes.
  • TrendyCerts offers 80 Questions that are based on actual PECB Lead-Cybersecurity-Manager syllabus.
  • Our PECB Lead-Cybersecurity-Manager Exam Practice Questions were last updated on: Feb 27, 2025

Sample Questions for PECB Lead-Cybersecurity-Manager Exam Preparation

Question 1

Scenario 6: Finelits. a South Carolina-based banking institution in the US, Is dedicated 10 providing comprehensive financial management solutions for both individuals and businesses. With a strong focus on leveraging financial technology innovations, Finelits strives to provide its clients with convenient access to their financial needs. To do so. the company offers a range of services. Firstly, it operates a network of physical branches across strategic locations, facilitates banking transactions, and provides basic financial services to Individuals who may not have easy access to a branch Through its diverse service offerings. Finelits aims to deliver exceptional banking services, ensuring financial stability and empowerment for its clients across the US.

Recently, Vera, an employee at Finelits, was passed over for a promotion. Feeling undervalued, Vera decided to take malicious actions to harm the company's reputation and gain unrestricted access to its sensitive information. To do so. Vera decided to collaborate with a former colleague who used lo work for Finelits's software development team. Vera provided the former colleague with valuable information about the Finelils's security protocols, which allowed the former colleague to gain access and introduce a backdoor into one of the company's critical software systems during a routine update. This backdoor allowed the attacker to bypass normal authentication measures and gain unrestricted access to the private network. Vera and the former employee aimed to attack Finelits's systems by altering transactions records, account balances, and investments portfolios. Their actions were carefully calculated to skew financial outcomes and mislead both the hank and Its customers by creating false financial statements, misleading reports, and inaccurate calculations.

After receiving numerous complaints from clients, reporting that they are being redirected to another site when attempting to log into their banking accounts on Finelits's web application, the company became aware of the issue. After taking immediate measures, conducting a thorough forensic analysis and collaborating with external cybersecurity experts, Finelits's Incident response team successfully identified the root cause of the incident. They were able to trace the intrusion back to the attackers, who had exploited vulnerabilities in the bank's system and utilized sophisticated techniques to compromise data integrity

The incident response team swiftly addressed the issue by restoring compromised data, enhancing security, and implementing preventative measures These measures encompassed new access controls, network segmentation, regular security audits, the testing and application of patches frequently, and the clear definition of personnel privileges within their roles for effective authorization management.

Based on the scenario above, answer the following question:

How did Finelits ensure protection for Its accounts By implementing secure token handling? Refer to scenario 6.

Correct : B

Finelits ensured the protection of its accounts by implementing secure token handling, where authentication services return tokens to user agents and redirect clients back to the web application. This method helps to secure authentication tokens and ensures that only authorized users can access resources.

Detailed Explanation:

Token Handling:

Definition: The process of securely managing authentication tokens that grant access to resources.

Purpose: To ensure that tokens are not intercepted or misused by unauthorized parties.

Secure Token Handling Process:

Return and Redirection: Authentication services issue tokens to user agents (e.g., browsers) and then redirect users back to the web application with the token.

Benefits: Reduces the risk of token interception and ensures tokens are used only by authenticated clients.

Cybersecurity Reference:

OAuth 2.0: A common framework for secure token handling, involving redirection of clients and secure token storage.

NIST SP 800-63: Provides guidelines for secure authentication and token handling practices.

Implementing secure token handling ensures that authentication tokens are managed securely, reducing the risk of unauthorized access.


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Question 2

How do data breach and data leak differ in intent of intent and occurrence?

Correct : B

Data breaches and data leaks differ in their intent and occurrence. A data breach involves intentional attacks by malicious actors, while a data leak occurs unintentionally due to technical failures or human errors.

Detailed Explanation:

Data Breach:

Definition: The unauthorized access and retrieval of sensitive information by an individual or group with malicious intent.

Characteristics: Deliberate and targeted attacks aiming to steal or compromise data.

Examples: Hacking, phishing, and malware attacks.

Data Leak:

Definition: The unintentional exposure of sensitive information due to negligence, technical failures, or human errors.

Characteristics: Accidental and usually not intended to harm the organization.

Examples: Misconfigured servers, accidental sharing of files, and lost or stolen devices.

Cybersecurity Reference:

ISO/IEC 27001: Emphasizes the importance of protecting information against both intentional and unintentional disclosures.

NIST SP 800-53: Recommends controls to prevent both data breaches and data leaks, highlighting the different nature of these threats.

Understanding the differences between data breaches and data leaks helps organizations implement appropriate measures to prevent both types of incidents.


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