Enterprise AI Safety Platform Performance
Real-time operational intelligence across unified BCE, OAS, DACP, and Cortex systems
AI Safety ROI
425%
vs manual security ops
Security Savings
$12,847.5
monthly operational savings
BCE Compliance
98.7%
behavioral contract success
Pipeline Success
98.7%
3-stage workflow reliability
BCE Contract Enforcement
Healthy
97.3%
Target: >95%
Actual: 97.3%
Threat Response Time
Healthy
Target: <10minActual: 8.2min
3-Stage Pipeline Success
Healthy
98.7%
Analyze → Assess → Respond
Success: 98.7%
Multi-Engine Utilization
Healthy
89.4%
Claude, OpenAI, Grok
Active: 89.4%
Cortex Cost Optimization
Cost per Security Analysis$0.035
Monthly Savings vs Manual$12848
AI Safety ROI425%
Security Pipeline Performance
Multi-Engine Utilization89.4%
Mean Time to Resolution8.2 min
Pipeline Success Rate98.7%
Platform Components
BCE Enforcement97.3%
OAS Multi-EngineActive
DACP OrchestrationOperational
SLO Burn Rate Analysis
Monitors how quickly we consume our "acceptable risk budget" for AI safety violations. Shows if agent performance issues are trending toward SLO breaches.
1h window
0.2x
safe
6h window
1.1x
warning
24h window
0.8x
safe
3d window
2.3x
critical
Operational KPIs
| Metric | Target | Actual | Status | Trend |
|---|---|---|---|---|
| 3-Stage Security Pipeline Success | 95% | 98.7% | Healthy | |
| Threat Detection Time | 3 min | 2.1 min | Healthy | |
| Mean Time to Security Resolution | 10 min | 8.2 min | Healthy | |
| Multi-Engine Agent Utilization | 85% | 89.4% | Healthy | |
| Cortex Cost Optimization | 80% | 92% | Healthy | |
| BCE Contract Compliance | 95% | 97.3% | Healthy |