SurveillanceHigh
New Orleans Police Reportedly Used Real-Time Facial Recognition Alerts Supplied by Project NOLA Despite Local Ordinance
- Occurred
- May 19, 2025
- Published
- Jun 12, 2025
- Source
- AI Incident Database
Summary
New Orleans police reportedly received real-time facial recognition alerts from a privately operated surveillance network run by Project NOLA, reportedly leading to dozens of arrests. This purported use of AI surveillance appears to conflict with a 2022 city ordinance that restricts facial recognition to specific post-incident investigations. Police are alleged to have not consistently disclosed the technology's use.
Developers
- Facial recognition system developers
- Dahua Technology
Deployers
- Project NOLA
- New Orleans Police Department
- Law enforcement
- Facial recognition system deployers
Harmed parties
- Residents subject to live surveillance in New Orleans
- Privacy
- People misidentified by facial recognition systems
- General public of New Orleans
- General public
- Arrested individuals in New Orleans
- General public of the United States
- Biometric data subjects
Tags
- facial recognition
- computer vision
- surveillance
- real-time surveillance
- automated face matching
- watchlist detection
- AI alert system
- law enforcement
- public safety
- policing
- police
- municipal use
- urban surveillance
- third-party deployment
- private-public surveillance partnership
- due process violation
- wrongful arrest risk
- transparency failure
- regulatory violation
- surveillance overreach
- privacy harm
- civil liberties concern
- racial bias risk
- gender bias risk
- accountability gap
- unlawful deployment
- New Orleans
- Louisiana
- United States
- New Orleans Police Department
- Project NOLA
- Plainview
- ENS Security
- Dahua Technology
- syndicated
Classification
Category confidence: 95%
Severity confidence: 90%
Rationale: Police used facial recognition in real-time alerts leading to arrests, violating local ordinance and raising privacy concerns.
Classifier: Qwen/Qwen3.5-35B-A3B-FP8