Question

Difficulty: EasyDeception and Disruption Technologies

Match each deception technology term on the left with its corresponding operational description on the right.

  • HoneypotAn individual decoy system designed to attract attackers away from critical production assets and record their behavior.
  • HoneyfileAn intentionally attractive dummy document or file placed on a file share to trigger an alert when accessed.
  • HoneynetAn entire network segment containing multiple decoy systems set up to study network-wide attack methodologies.
  • HoneytokenA fake piece of data, such as an unused credential or API key, embedded to track unauthorized usage across systems.

Answer

Honeypot matches with an individual decoy system designed to attract attackers away from production assets. Honeyfile matches with an intentionally attractive dummy document placed to trigger alerts when accessed. Honeynet matches with an entire network segment of decoy systems to study network-wide attacks. Honeytoken matches with a fake piece of data like an API key or credential embedded to track unauthorized usage.
Each deception technology serves a specific operational purpose: Honeypot acts as an individual decoy host; Honeyfile acts as a decoy file; Honeynet acts as an entire decoy network infrastructure; Honeytoken acts as a tracking data element such as an API key or fake credential.

Step-by-Step Solution

1
Identify single decoy hosts vs. full decoy network structures.
Recognize that a single decoy host is a Honeypot, whereas a full subnet of decoy hosts is a Honeynet.
Scope distinguishes single system traps (honeypots) from network-level environments (honeynets).
2
Differentiate between decoy files and embedded decoy data artifacts.
Map files/documents to Honeyfiles and embedded elements like API keys or credentials to Honeytokens.
Honeyfiles represent discrete documents, while honeytokens represent data elements used as triggers.

Key Concept

Deception and Disruption Technologies
Estimated Time:1m 0s
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