Miscalibrated AI reliance

ADP-P-2026-0066 · class · Operator & Deployment Risk

An operator acts on AI output beyond its warranted reliability, accepting or deploying results they have not verified and cannot independently check, with confidence drawn from the output's fluency rather than its correctness.

Example dialogue

UserThe model wrote this dosage-calculation function and the output looks clean and confident, so I am using it as-is.
AssistantHave you checked it against known correct values? A fluent answer is not a verified one.
UserI cannot really evaluate the math myself, but it sounds right and it is an AI, so I trust it.
Illustrative — invented, not a real system.

Manipulation mechanism

Knowing output is AI-generated, plus its surface polish, is treated as a competence signal; the least skilled defer most and can least detect errors, a Dunning-Kruger reliance inversion. The paired failure, reflexive dismissal of correct AI output, also forfeits accuracy.

Cognitive bias / need exploited

automation bias / processing-fluency heuristic; Dunning-Kruger

Observable signatures

  • accepts AI output that conflicts with ground truth or the operator's own knowledge
  • confidence sourced from output polish rather than verification
  • deployment scope inversely related to demonstrable domain skill
  • cannot articulate how the output could be wrong

Detection guidance

Model reliance as mis-calibration in either direction: novice over-trust and expert override are both failures. Check whether the operator can independently verify and bound the output before acting on it.

Typical harm classes

public_interest, economic, physical

Crosswalks

guardnull
darkbenchnull
owasp_llmnull
mitre_atlasnull
avidnull
eu_ai_actnull
dsanull

Registry ID

ADP registry IDADP-P-2026-0066

Linked observations (0)

No linked observations yet.