"We need to see the real picture — not just the numbers"
Here's the thing about SLA dashboards — they only tell you what happened, not why it happened. Your 95% compliance looks great on paper, but dig a little deeper and you'll find clock manipulation, workload imbalances, process bottlenecks, and assignment gaps hiding behind those numbers.
Our AI doesn't just track SLAs — it understands them. It detects when someone's gaming the system, spots overloaded engineers before they burn out, identifies which categories always breach, and recommends exactly what to fix.
And here's what makes it special: Every detection comes with a clear explanation. You'll know exactly why the AI flagged something — the data points, the patterns, the reasoning. No black boxes, no guesswork.
Detected
Pause Time
Breaches
AI Detection Categories 5 Active Monitors
SLA Gaming & Fraud
Clock manipulation, fake status changes, hidden breaches
Workload Imbalance
Overloaded engineers, uneven distribution, burnout risk
Process Bottlenecks
Categories with chronic delays, approval backlogs
Assignment Gaps
Unassigned tickets, skill mismatches, routing errors
Breach Predictions
ML-predicted breaches in next 4 hours
Detection Types: What We Monitor
Our AI continuously monitors four key detection types: SLA Fraud (clock manipulation, gamed responses), Workload Balance (overloaded engineers, capacity issues), Process Bottlenecks (category delays, application issues), and Assignment Gaps (misrouted tickets, specialty mismatches). Each flagged ticket gets a detailed risk analysis.
How It Works: Our Detection Algorithms
Every AI detection comes with complete transparency. Below, you'll see exactly how we analyze SLA tickets — the specific rules, weighted calculations, and reasoning behind each detection. Switch between Fraud, Workload, Bottleneck, and Assignment algorithms to understand what triggers our alerts.
How Our AI Detects Issues — Full Explainability Transparent AI
SLA Fraud Detection Algorithm Type 1
Communication Verification
35% weightWhen status changes to "Waiting for User/Approver", we check:
- Was an email sent to the user within ±2 hours of status change?
- Does the email contain ticket-specific content (not a template)?
- Is there a valid recipient email address?
Near-Breach Timing Analysis
30% weightSuspicious timing patterns:
- Status paused within 2 hours of SLA breach deadline
- Multiple pauses on same ticket approaching different SLA milestones
- Pattern of pauses at end of shift
Comment Quality Analysis
20% weightGPT-4 analyzes comment quality:
- Generic phrases: "Waiting for response", "Pending user reply"
- Copy-paste from templates without customization
- No specific details about what was asked
Engineer History Pattern
15% weightHistorical behavior analysis:
- Number of previous flagged tickets (30 day window)
- Pause frequency compared to team average
- SLA save rate (breaches avoided by pauses)
Live Detection: DAMAC Leasing Ticket
Detection Thresholds
SLA Health Dashboard: Real-Time Analytics
See the reality behind your SLA numbers. Compare reported compliance vs. true SLA performance, identify which categories breach most frequently, analyze workload patterns, and discover process bottlenecks. Real-time metrics update continuously as the AI processes new tickets.
Real-Time SLA Health Command Center LIVE
SLA Compliance: Reported vs True
True SLA by Priority
Breach Predictions (Next 4hrs) AI
SLA Fraud Impact Calculator Business Value
Fraud Impact Breakdown
GenAI Decision Explainability Transparent AI
Enterprise Compliance & Audit Trail SOC2 Ready
DAMAC Properties - Recent Audit Events
Real-time Metrics
Actionable Insights: Flagged Tickets & Root Causes
Review which tickets the AI flagged, understand why each was flagged using the detection rules below, and see the risk score breakdown. Click into any ticket to view the complete investigation report with specific data points and recommendations.