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Automation bias

As explained in How Large Language Models Work

Automation bias is the tendency to over-rely on automated recommendations or decisions instead of independently evaluating them.

Automation bias is the tendency to accept an automated recommendation or default choice because evaluating it independently takes more effort. In an LLM system, fluent answers can make occasional errors especially difficult to notice. section 8.2 section 8.0

The risk grows when a system usually works well: people stop checking carefully and may accept the rare wrong answer. If suggestions are wrong often enough to preserve vigilance, however, the automation may slow work more than it helps. section 8.2

Practical ways to reduce automation-bias risk include:

  • Add an escape path to a human representative when the conversation becomes novel, too long, or otherwise unsuitable for the LLM. section 8.2
  • Change the process so a person gives final approval, rather than requiring constant vigilance throughout an automated conversation. section 8.2.1
  • Limit automation, require authentication or collateral, and vary human review when users might exploit predictable controls. section 8.2.1
  • Use retrieval augmented generation to ground answers in known information, while recognizing that better accuracy does not remove automation bias. section 8.2

Tech-support chatbot

A chatbot retrieves relevant manuals and proposes an answer for a technician. A human reviewer may approve it automatically because the answer usually looks right. A safer design can route unusual cases to a higher support tier or require explicit final approval for every outcome. section 8.2 section 8.2.1

Figure 8.2 A naive approach toward implementing a “human in the loop” system that uses an LLM paired with a database of relevant information to produce output that is ultimately reviewed by and possibly corrected by a human worker
figure

Trace the naive human-in-the-loop pipeline: an LLM uses a database of relevant information to generate an answer that a human reviews and possibly corrects. section 8.2

How How Large Language Models Work covers it

How deep it goes
Explains the vigilance paradox and gives process safeguards, but stops short of detailed implementation or measurement procedures.
Examples
Uses a tech-support chatbot, retrieved manuals, human approval, escalation paths, authentication, collateral, and randomized routing.
What it assumes
Assumes familiarity with LLM outputs and introduces automation bias through ordinary human-review and customer-support scenarios.
What you can do after
Apply process safeguards that preserve human judgment without relying on continuous vigilance.
How it connects
Connects automation bias with large language models, retrieval augmented generation, human-in-the-loop systems, and process design.

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This explainer was generated by Manning's knowledge graph from the text of How Large Language Models Work. The section links point to the parts of the book it draws on.