Decision context

AI-assisted decisions

Use these evidence-reviewed lenses when a chatbot, model, recommendation system, or automated decision aid is influencing what you believe or do.

Use this context when

Start from the situation, not a label.

Evidence-reviewed lenses

6 patterns worth testing, not diagnosing.

established, context-dependentEvidence

Automation Bias – when automated advice replaces independent checking

Am I using the automated recommendation as a substitute for checking the evidence I could realistically verify?

Automation bias is a documented pattern of inappropriate reliance on automated cues or recommendations. It can produce commission errors when a user follows incorrect advice and omission errors when a user fails to act because automation did not signal a problem. This does not mean automation is generally harmful: decision support can improve overall performance, and the relevant question is whether reliance remains calibrated when the system is wrong, incomplete, or difficult to verify.

well-supported for numerical judgments; strength depends on anchor type and contextEvidence

Anchoring Effect – when a starting number pulls later estimates toward it

Did the AI’s first number become my starting point before I formed an independent estimate?

Anchoring is a well-supported effect in which an initial numerical value can pull a later estimate toward it. A 2026 meta-analysis covering 2,601 effect sizes found a large overall effect, but also substantial variation across studies. The effect should not be treated as a rule that every number changes every judgment: incidental anchors, anchors from a different dimension, clearly random values, incentives, and some debiasing conditions were associated with smaller or null effects.

established attribution tendency; not inherently an errorEvidence

Anthropomorphism – when nonhuman systems are read as humanlike

Which humanlike cues are making me infer understanding, intention, empathy, or competence that I have not actually tested?

Anthropomorphism is the attribution of humanlike properties, intentions, emotions, or mental states to nonhuman agents. It is a well-established psychological phenomenon, but it is not automatically a cognitive error: humanlike models can sometimes be useful. The risk appears when humanlike cues are treated as evidence for capabilities, understanding, accuracy, consciousness, or motives that have not actually been demonstrated.

supported HRI pattern; project label is nonstandardEvidence

Appearance–Capability Expectation – when a robot’s design changes what you expect it can do

What capabilities am I inferring from appearance, voice, interface polish, or conversational style rather than observed performance?

Research supports the broader pattern that a robot's appearance, morphology, framing, and human-likeness shape expectations about its competence, social qualities, and likely behavior. However, 'Form-Function Attribution Bias' is not an established standardized name in the literature. On this site it should be treated as a project label for appearance-driven capability expectations, not as a universally recognized cognitive-bias construct.

well established, broad constructEvidence

Confirmation Bias – when a belief shapes how evidence is searched and judged

Did I ask the AI to test my preferred conclusion, or mainly to produce better arguments for it?

Confirmation bias is an umbrella label for several ways existing beliefs or hypotheses can influence information search and interpretation. It should not be reduced to one behaviour such as reading only agreeable news, and a preference for confirming tests is not irrational in every task or environment.

Decision workflow

Turn the context into observable questions.

  1. 1

    Write a provisional judgment, success criterion, or uncertainty range before looking at AI advice when the decision is consequential.

  2. 2

    Separate the interface from the capability: list what the system actually needs to know, access, or verify to support the recommendation.

  3. 3

    When the AI supplies a number, compare it with an independent estimate, base rate, or reference class instead of adjusting only from the model’s value.

  4. 4

    Ask for the strongest counterevidence or alternative explanation, then verify important claims against an independent source rather than another generated paraphrase.

  5. 5

    Treat repeated wording as repetition, not independent evidence; trace important claims back to primary or genuinely independent sources.

  6. 6

    Record what changed after using AI, what was independently checked, and what trigger would make you reopen the decision.

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Practice this context

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