Cyber Risk

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TOTAL TIME= 15 MIN

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Question 1 of 15

1. Question
What does cyber risk primarily refer to?
- Potential harm or loss caused by cyber threats or vulnerabilities
- Only the cost of purchasing computer hardware
- Only the risk of physical theft of office equipment
- Only the risk of changes in interest rates
Correct

Cyber risk refers to potential harm or loss caused by cyber threats, cyberattacks, or vulnerabilities in digital systems.

Incorrect

Cyber risk refers to potential harm or loss caused by cyber threats, cyberattacks, or vulnerabilities in digital systems.

Unattempted

Cyber risk refers to potential harm or loss caused by cyber threats, cyberattacks, or vulnerabilities in digital systems.
Question 2 of 15

2. Question
Which type of cyber risk involves malicious actors attempting to gain unauthorized access to systems, data, or networks?
- Reputational risks
- Security risks
- Financial risks
- Operational risks
Correct

Security risks arise when malicious actors attempt unauthorized access to systems, data, or networks.

Incorrect

Security risks arise when malicious actors attempt unauthorized access to systems, data, or networks.

Unattempted

Security risks arise when malicious actors attempt unauthorized access to systems, data, or networks.
Question 3 of 15

3. Question
What is a common feature of Business Email Compromise (BEC)?
- Encrypting all company files for backup
- Scanning physical documents for storage
- Impersonating executives to trick employees into transferring funds
- Increasing cloud storage capacity
Correct

BEC involves scammers impersonating executives or other trusted persons to trick employees into transferring funds.

Incorrect

BEC involves scammers impersonating executives or other trusted persons to trick employees into transferring funds.

Unattempted

BEC involves scammers impersonating executives or other trusted persons to trick employees into transferring funds.
Question 4 of 15

4. Question
Which cyber risk can directly cause system downtime by overwhelming a system with traffic?
- Intellectual property theft
- Phishing
- Regulatory fine
- Denial-of-Service attack
Correct

A Denial-of-Service (DoS) attack overloads a system with traffic and can cause service downtime.

Incorrect

A Denial-of-Service (DoS) attack overloads a system with traffic and can cause service downtime.

Unattempted

A Denial-of-Service (DoS) attack overloads a system with traffic and can cause service downtime.
Question 5 of 15

5. Question
What is the main purpose of cyber risk quantification (CRQ)?
- To measure and represent cybersecurity risks using data-driven methods
- To eliminate every possible cyber threat
- To replace all cybersecurity controls
- To increase the number of cyber incidents
Correct

CRQ systematically measures cybersecurity risks using mathematical and statistical techniques and represents them in a data-driven manner.

Incorrect

CRQ systematically measures cybersecurity risks using mathematical and statistical techniques and represents them in a data-driven manner.

Unattempted

CRQ systematically measures cybersecurity risks using mathematical and statistical techniques and represents them in a data-driven manner.
Question 6 of 15

6. Question
Cybersecurity risk management is described as a critical part of which broader framework?
- Customer Relationship Management
- Enterprise Risk Management
- Inventory Management
- Human Resource Management
Correct

Cybersecurity risk management is a critical part of enterprise risk management (ERM), which addresses different types of organizational risks.

Incorrect

Cybersecurity risk management is a critical part of enterprise risk management (ERM), which addresses different types of organizational risks.

Unattempted

Cybersecurity risk management is a critical part of enterprise risk management (ERM), which addresses different types of organizational risks.
Question 7 of 15

7. Question
Which activity is part of the data collection and validation stage of cyber risk quantification?
- Ignoring historical incidents
- Removing all security controls
- Gathering historical incident data and validating its reliability
- Stopping all business operations
Correct

This stage involves gathering historical cybersecurity incident data and ensuring that the data is accurate and reliable.

Incorrect

This stage involves gathering historical cybersecurity incident data and ensuring that the data is accurate and reliable.

Unattempted

This stage involves gathering historical cybersecurity incident data and ensuring that the data is accurate and reliable.
Question 8 of 15

8. Question
Which technique may be used to measure and analyze cyber risks quantitatively?
- Manual filing only
- Physical inventory counting
- Unstructured interviews only
- Probability distributions and statistical analysis
Correct

Quantitative cyber risk analysis can use probability distributions, simulations, and statistical analysis to estimate potential losses.

Incorrect

Quantitative cyber risk analysis can use probability distributions, simulations, and statistical analysis to estimate potential losses.

Unattempted

Quantitative cyber risk analysis can use probability distributions, simulations, and statistical analysis to estimate potential losses.
Question 9 of 15

9. Question
In cyber risk quantification, what does the Value-at-Risk (VaR) method help estimate?
- Potential financial loss within a specified timeframe and confidence level
- The exact number of employees in an organization
- The physical size of a data center
- The age of an organization‘s computers
Correct

VaR estimates potential financial loss within a specified timeframe and confidence level under normal conditions.

Incorrect

VaR estimates potential financial loss within a specified timeframe and confidence level under normal conditions.

Unattempted

VaR estimates potential financial loss within a specified timeframe and confidence level under normal conditions.
Question 10 of 15

10. Question
How is cyber risk quantification used in cyber insurance?
- To remove the need for insurance policies
- To support policy pricing, coverage limits, and exclusions
- To guarantee that no cyberattack will occur
- To replace all security testing
Correct

Insurers can use cybersecurity data and risk models to estimate the likelihood and impact of cyber threats and determine policy pricing and coverage.

Incorrect

Insurers can use cybersecurity data and risk models to estimate the likelihood and impact of cyber threats and determine policy pricing and coverage.

Unattempted

Insurers can use cybersecurity data and risk models to estimate the likelihood and impact of cyber threats and determine policy pricing and coverage.
Question 11 of 15

11. Question
What does cyber risk quantification help organizations assess when measuring cybersecurity ROI?
- Only the number of employees trained
- Only the number of computers purchased
- Risk reduction and potential cost savings compared with security investment
- Only the age of cybersecurity software
Correct

Organizations compare risk levels before and after security measures and weigh avoided losses against investment costs.

Incorrect

Organizations compare risk levels before and after security measures and weigh avoided losses against investment costs.

Unattempted

Organizations compare risk levels before and after security measures and weigh avoided losses against investment costs.
Question 12 of 15

12. Question
Why can cyber risk quantification be useful when deciding whether to fix a software vulnerability?
- It guarantees that the vulnerability cannot be exploited
- It removes the need for software testing
- It determines employee salaries
- It compares mitigation costs with potential losses from exploitation
Correct

Risk quantification helps compare the cost of mitigation with the potential financial loss if the vulnerability is exploited.

Incorrect

Risk quantification helps compare the cost of mitigation with the potential financial loss if the vulnerability is exploited.

Unattempted

Risk quantification helps compare the cost of mitigation with the potential financial loss if the vulnerability is exploited.
Question 13 of 15

13. Question
According to the provided Testimation approach, how is Cyber-Risk calculated?
- Cyber-Risk = 1 − Cyber-Confidence
- Cyber-Risk = Cyber-Confidence + 1
- Cyber-Risk = Cyber-Confidence × 100
- Cyber-Risk = 1 + Cyber-Confidence
Correct

The provided formula defines Cyber-Risk as 1 minus Cyber-Confidence.

Incorrect

The provided formula defines Cyber-Risk as 1 minus Cyber-Confidence.

Unattempted

The provided formula defines Cyber-Risk as 1 minus Cyber-Confidence.
Question 14 of 15

14. Question
If 97.43% of security tests pass, what is the Cyber-Risk according to the provided formula?
- 1.43%
- 2.57%
- 3.57%
- 97.43%
Correct

Cyber-Risk = 1 − 0.9743 = 0.0257, which is 2.57%.

Incorrect

Cyber-Risk = 1 − 0.9743 = 0.0257, which is 2.57%.

Unattempted

Cyber-Risk = 1 − 0.9743 = 0.0257, which is 2.57%.
Question 15 of 15

15. Question
If Cyber-Confidence is 99.83% for a port security assessment, what is the estimated Cyber-Risk?
- 0.83%
- 1.17%
- 0.17%
- 99.83%
Correct

Using Cyber-Risk = 1 − Cyber-Confidence, the risk is 1 − 0.9983 = 0.0017, or 0.17%.

Incorrect

Using Cyber-Risk = 1 − Cyber-Confidence, the risk is 1 − 0.9983 = 0.0017, or 0.17%.

Unattempted

Using Cyber-Risk = 1 − Cyber-Confidence, the risk is 1 − 0.9983 = 0.0017, or 0.17%.