RAI Production Monitoring
Set up comprehensive monitoring systems to detect fairness drift, performance degradation, and harmful feedback loops in production AI systems.
Fairness Drift Detection
AI models can become unfair over time as data distributions shift and user populations change. Monitor these key indicators:
| Metric | What It Measures | Alert Threshold |
|---|---|---|
| Demographic Parity Ratio | Ratio of positive outcomes across groups | Below 0.8 or above 1.25 |
| Equalized Odds Difference | Difference in true/false positive rates across groups | Greater than 0.1 |
| Prediction Stability | Consistency of predictions for similar inputs over time | Greater than 15% change |
| Feature Distribution Shift | Changes in input data distributions | KL divergence exceeds threshold |
Feedback Loop Detection
AI systems can create self-reinforcing cycles that amplify bias over time:
Identify Feedback Paths
Map how AI outputs influence future training data. For example, if a hiring AI rejects certain candidates, it never sees their potential success data.
Monitor Outcome Distributions
Track whether outcome distributions are becoming increasingly skewed over time, which may indicate a runaway feedback loop.
Implement Circuit Breakers
Set automatic interventions when feedback metrics exceed thresholds, such as switching to human review or pausing the AI system.
RAI Incident Response
Detection
Automated alerts trigger when fairness metrics breach thresholds or when user complaints spike for specific demographic groups.
Assessment
Rapid triage to determine severity, scope of impact, affected populations, and whether the issue is systemic or isolated.
Mitigation
Immediate actions ranging from model rollback to increased human oversight to temporary service suspension for severe issues.
Post-Mortem
Root cause analysis, process improvements, and stakeholder communication to prevent recurrence and maintain trust.
Lilly Tech Systems