AI Incident Database: UK Facial Recognition System Reportedly Exhibits Higher False Positive Rates for Black and Asian Subjects
UK government testing of police facial recognition technology reportedly found significantly higher false positive identification rates for Black and Asian individuals compared with white subjects, with particularly elevated error rates for Black women. The findings reportedly emerged from analysis of retrospective searches of the police national database and were disclosed by the Home Office amid plans for expanded national deployment.
AI Incident Database · Incident 1305Operator lens (medium): inspect D4 (observability), D5 (model change gate), D8 (provider fallback).
Event summary
UK government testing of police facial recognition technology reportedly found significantly higher false positive identification rates for Black and Asian individuals compared with white subjects, with particularly elevated error rates for Black women. The findings reportedly emerged from analysis of retrospective searches of the police national database and were disclosed by the Home Office amid plans for expanded national deployment.
Linked entities
- unknown-facial-recognition-technology-developers
organisation | 70%
- home-office
organisation | 70%
- metropolitan-police
organisation | 70%
- government-of-the-united-kingdom
organisation | 70%
- law-enforcement
organisation | 70%
- british-law-enforcement
organisation | 70%
- general-public
organisation | 70%
- general-public-of-the-united-kingdom
organisation | 70%
- minorities-in-the-united-kingdom
organisation | 70%
- black-people-in-the-united-kingdom
organisation | 70%
- asian-people-in-the-united-kingdom
organisation | 70%
- epistemic-integrity
organisation | 70%
- national-security-and-intelligence-stakeholders
organisation | 70%
Related graph edges
| Edge | Type | Confidence |
|---|---|---|
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d4 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d4 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d4 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d5 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d5 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d5 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d8 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d8 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d8 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d4 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d4 | maps to | 60% |
| ent-aiid-unknown-facial-recognition-technology-developers to ent-psf-d4 | maps to | 60% |