QUALITY OF REPAIR™ & VERIFICATION


KLATU's research indicates that approximately 30% of all repairs fail within six months because there's no way to determine if a repair is effective or that a repair is persistence over time. KLATU's Quality of Repair™ feature provides an objective measurement and verification that repairs actually work—and keeps working—eliminating repeat repairs.

Prove Repairs Work Before You Sign Off

Our patented repair verification technology measures equipment performance before and after repairs, providing objective proof of improvement. No more guessing whether repairs were effective—get quantifiable data that shows exactly how much performance improved and whether the fix will last.

Real-Time Repair Success Measurement

TRAXX Score continuously monitors equipment performance, creating a baseline before repairs and tracking improvements afterward. This objective measurement eliminates subjective repair assessments and provides clear documentation of maintenance effectiveness for warranty claims and service provider accountability.

50%
of repairs fail within 6 months without verification
85%
repair success rate with TRAXX verification
$25K
average savings per prevented repeat failure

Patented Technology Trained on Real Repair Data

Our machine learning models, trained on over 100 billion data points from actual equipment repairs, can predict repair persistence and identify when fixes are likely to fail again. This unique dataset enables TRAXX AI to verify not just immediate repair success, but long-term effectiveness that other systems cannot measure. Protected by U.S. Patent 11828678 and U.S. Patent 2933904.

30% of Repairs Fail to Deliver Results

KLATU research reveals that many repairs show no persistent improvement six months later. TRAXX verification identifies ineffective repairs immediately, preventing wasted maintenance spending and ensuring lasting equipment performance.

Explore other TRAXX Applications

Stop Paying for Repairs That Don't Work

Transform your maintenance strategy using objective repair verification.