A housing scoring model lacks bias testing across protected demographic segments. What should the auditor emphasize?
Select an answer to reveal the explanation.
Short Explanation
Aggregate accuracy and calibration metrics can smile while one group gets crushed. Bias-test housing scores across protected segments. Waiting for post-deployment monitoring after the initial rollout is not a testing strategy.
Full Explanation
Housing eligibility scoring that lacks bias testing across protected demographic segments can embed disparate impact while aggregate accuracy and calibration metrics for the full applicant pool look acceptable to leadership. Fairness and bias testing techniques across protected segments are core for municipal eligibility AI. The auditor should emphasize segment-level bias testing before relying on scores for housing decisions, with documented methodology, thresholds, and remediation paths when disparities exceed policy limits.
Testing with self-constructed proxy variables instead of validated protected-segment data can mismeasure the very disparity the audit needs to catch; unless those proxies are validated against actual protected status, this still falls short of the fairness and bias testing technique the municipal eligibility AI requires. Evaluating fairness using aggregate accuracy and calibration metrics for the full applicant pool fails because aggregates mask subgroup harm. Prioritizing bias validation during post-deployment monitoring after the initial eligibility rollout phase fails because it delays bias testing until after deployment, allowing harm to occur before any check.
Exam caveat: fairness testing is a required technique for high-stakes eligibility AI—not something to defer to post-deployment monitoring after the initial rollout phase. Operational check: verify bias and fairness test results by protected segment for the housing model, with owners and go/no-go criteria tied to deployment—not only aggregate accuracy and calibration metrics for the full applicant pool in a summary slide.