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FCP_FML_AD-7.4 · Question #27

What are two disadvantages of configuring the dictionary and DLP scan rule aggressiveness too high? (Choose two.)

The correct answer is B. It is more resource intensive C. More false positives could be detected. Setting DLP scan rule aggressiveness too high creates real operational costs: B is correct because aggressive scanning requires significantly more CPU and memory cycles to analyze traffic, slowing throughput and potentially degrading performance for legitimate users. C is…

Data Loss Prevention and Identity-Based Encryption

Question

What are two disadvantages of configuring the dictionary and DLP scan rule aggressiveness too high? (Choose two.)

Options

  • AHigh aggressiveness scan settings do not support executable file types.
  • BIt is more resource intensive
  • CMore false positives could be detected.
  • DFortiMail requires more disk space for the additional rules.

How the community answered

(48 responses)
  • A
    10% (5)
  • B
    73% (35)
  • D
    17% (8)

Explanation

Setting DLP scan rule aggressiveness too high creates real operational costs: B is correct because aggressive scanning requires significantly more CPU and memory cycles to analyze traffic, slowing throughput and potentially degrading performance for legitimate users. C is correct because overly broad pattern matching catches innocent content as suspicious - a common DLP pitfall where legitimate business emails or files get flagged and blocked, creating unnecessary helpdesk tickets and eroding user trust in the system.

A is wrong because file type support is governed by the scan engine and policy configuration, not aggressiveness level - executable scanning is a separate capability toggle. D is wrong because aggressiveness level controls how strictly existing rules are applied (thresholds, sensitivity), not how many rules are stored on disk; disk space is determined by the number and size of rules/dictionaries, not their sensitivity setting.

Memory tip: Think of aggressiveness like a car alarm sensitivity dial - turn it too high and it goes off every time someone walks past (false positives = C), and the constant triggering drains your battery (resource intensive = B). The alarm itself doesn't need more storage or lose the ability to detect certain car models just because it's sensitive.

Topics

#DLP#scan aggressiveness#false positives#resource usage

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