Baseline Thresholds for Suspicious Errors and Mistakes

C.

Organizations usually forgive a particular type, number, or pattern of violations, thus permitting a predetermined number of user errors before gathering this data for analysis.

An organization attempting to track all violations, without sophisticated statistical computing ability, would be unable to manage the sheer quantity of such data.

To make a violation listing effective, a clipping level must be established.

The clipping level establishes a baseline for violation activities that may be normal user errors.

Only after this baseline is exceeded is a violation record produced.

This solution is particularly effective for small- to medium-sized installations.

Organizations with large-scale computing facilities often track all violations and use statistical routines to cull out the minor infractions (e.g., forgetting a password or mistyping it several times)

If the number of violations being tracked becomes unmanageable, the first step in correcting the problems should be to analyze why the condition has occurred.

Do users understand how they are to interact with the computer resource? Are the rules too difficult to follow? Violation tracking and analysis can be valuable tools in assisting an organization to develop thorough but useable controls.

Once these are in place and records are produced that accurately reflect serious violations, tracking and analysis become the first line of defense.

With this procedure, intrusions are discovered before major damage occurs and sometimes early enough to catch the perpetrator.

In addition, business protection and preservation are strengthened.

The following answers are incorrect: All of the other choices presented were simply detractors.

The following reference(s) were used for this question: Handbook of Information Security Management.

The correct answer to this question is D. Threshold level.

A threshold level is a baseline that sets certain thresholds for specific errors or mistakes allowed and the amount of these occurrences that can take place before it is considered suspicious. The threshold level is a key component of any security system as it helps to identify and respond to potential threats in a timely and effective manner.

Thresholds are typically set based on the risk level associated with the specific error or mistake. For example, if a certain number of failed login attempts are made within a certain period of time, this could be considered suspicious and trigger an alert. Similarly, if a certain number of files are accessed or modified within a short period of time, this could also be considered suspicious and trigger an alert.

By setting threshold levels, security administrators can monitor their systems for potential threats and take appropriate action when necessary. This helps to reduce the risk of data breaches, cyber attacks, and other security incidents that can compromise the confidentiality, integrity, and availability of sensitive information.

Overall, the threshold level is an important component of any security system and should be regularly reviewed and updated to ensure that it remains effective in mitigating potential threats.