Which of the following is NOT a setting stored in a processing profile?

The correct answer pertains to the specific functionality of processing profiles used in data processing environments. Processing profiles are designed to streamline and standardize various settings that dictate how data is processed and managed within a system, particularly in relation to document review and e-discovery.

Settings like numbering, deduplication settings, and deNIST extraction are integral to the processing profile because they directly influence how data is organized and filtered during the processing phase.

Numbering settings refer to how documents are assigned numbers for easy reference, which is vital during review and collation of evidence. Deduplication settings are crucial for identifying and removing duplicate documents, helping ensure that reviewers are only working with unique instances of data, thereby enhancing efficiency and effectiveness in analyzing the data set. deNIST extraction focuses on the removal of non-relevant system files from the data set, ensuring that only pertinent documents are processed.

In contrast, file encryption keys are not typically included in processing profiles because they are related to the security of data rather than its organizational or processing attributes. File encryption keys are used separately to maintain data confidentiality and integrity and are managed independently of the processing profile settings. Thus, while the other options are key components of data processing profiles, file encryption keys do not fit within