AI Audit Planning

AI audit planning

Scope the psychological audit before doing it. A psychological audit is an impartially conducted conceptual and empirical evaluation of claims about psychological characteristics — traits, attitudes, emotions, behaviors, and other quantities not directly observable — as measured or predicted by algorithms. The target characteristics are set by the developers, and may not correspond to what the algorithm ultimately measures or predicts — so the audit must surface that gap.

An audit must be both conceptually grounded in psychometric theory and empirically tested, using a research design appropriate to the claims and interpreted according to modern standards of test evaluation.

Step 1 — Identify the claim(s) to evaluate

Audits can evaluate claims of any type, but are most valuable for:

• Validity — is measurement/prediction of the targeted characteristic done consistently and accurately? (Most tractable — broad agreement exists via the psychometrics community and the Standards / SIOP Principles.)
• Utility — does the algorithm provide value from its implementation? (Even within one discipline there's disagreement on how to conceptualize value; frameworks include multiattribute utility, ROI, litigation liability, triple-bottom-line. In medicine, value ≈ lives saved/suffering reduced.)
• Lack of bias — the most complex, because the claim can be made through any of the three fairness lenses. Failing to articulate the precise standards of fairness/bias can render the audit uninterpretable across disciplines. Resolve this with ai-fairness-lenses first.

Write each developer claim as an explicit, testable statement (e.g., "this algorithm predicts job performance equally well for all groups using appropriate modeling techniques") — then design to evaluate it. In the focal example, that exact claim is questionable and should be audited.

Step 2 — Establish auditor stance and credibility

Auditors come in three types; none is automatically credible:

• Internal — employees of the developing company with psychometric/algorithm expertise.
• External — consultants hired by the developer.
• Independent — brought in externally, often (not exclusively) by a regulator.

It's intuitive to rank these by credibility, but access to data and documentation varies greatly even within a type (NDAs can restrict how deeply anyone can probe). So evaluate every auditor — regardless of source — on: their stated measurement standards and definitions of bias, whether they applied them in due course, and the terms of access and nondisclosure (what may be withheld at the company's discretion should itself be disclosed). Claims that "an algorithmic system has been audited and is therefore credible" should be viewed skeptically.

Step 3 — Decide purpose & timing: formative vs. summative

• Formative (during development) — a particularly valuable purpose is to guide developers so algorithms can be improved before/while deployed. Careful adherence to core auditing components at all stages of development, plus complete documentation, can diminish or even preclude the need for post-hoc auditing. Normalize routine internal/external auditing as a public good.
• Summative (post-hoc) — verify developer claims and identify adverse effects after deployment; recommend corrective actions to remove/minimize them.

Prefer building auditing into the development lifecycle, not just bolting it on afterward.

Step 4 — Identify the audience and disclosure plan

The audit's purpose is often driven by its intended audience. Plan to produce results in multiple formats for all relevant audiences (a precise technical report and a layperson-friendly summary for those whose predictions are affected) — see ai-audit-reporting. Decide the release policy up front: in general, unless there's a compelling, transparently stated reason, audits in the public interest should be released; withholding risks the credibility of the audit, the company, and the auditors.

Step 5 — Secure access and define the evidentiary base

Confirm what data, documentation, and code you can examine, and record access limits as findings in their own right. The audit will span the 12 components across three categories (see the collection README and Table 1):

• Models (1–6) → ai-input-data-and-design-audit, ai-model-development-audit, ai-model-outputs-audit
• Information & perceptions (7–9) → ai-claims-and-stakeholder-audit
• Meta (10–12) → ai-audit-meta-components

Table 1 is not exhaustive — a framework for the most important issues. When a claim can't be fully evaluated within it, ask additional questions tied to relevant professional standards.

Note on regulatory "bias audits"

Some laws mandate audits (e.g., NYC Local Law 144 requires an annual "bias audit" of automated employment decision tools; many bills leave "bias" undefined so the term stays adaptable). A compliance audit and a scientifically meaningful psychological audit are not the same — satisfying a statute's checklist does not establish validity or lack of bias under Lens 1/3. Scope both explicitly and don't let one masquerade as the other. (Coordinate with counsel on jurisdictional law.)

Pitfalls

• Starting empirical work before defining the fairness standard (ai-fairness-lenses).
• Treating "it was audited" as proof of fairness.
• Ignoring NDA/access limits instead of reporting them as findings.
• Auditing only post-hoc when formative auditing would have prevented the harm.
• Conflating a regulatory compliance audit with a validity/bias audit.

Checklist

• Each developer claim written as an explicit, testable statement
• Claim type(s) classified (validity / utility / lack of bias)
• Fairness standard defined via ai-fairness-lenses
• Auditor type, access terms, and NDA limits documented and disclosed
• Formative vs. summative purpose set; lifecycle integration considered
• Audience(s) and release policy decided
• 12-component scope mapped to downstream skills; access gaps noted
• Regulatory vs. scientific audit scope separated

See also

ai-fairness-lenses (prerequisite) · ai-audit-reporting · all model/stakeholder/meta audit skills · validation-planning · technical-validation-report

Source: Landers & Behrend (2023), "Designing an Effective Psychological Audit"; auditor types & credibility; formative auditing; "Major Components of an Audit" / Table 1.