How do I choose a predictive maintenance provider?
Choose a provider with validated results (not just claims), experience in your industry, a clear methodology, and evidence of cross-equipment generalization. Ask for AUC scores, false alarm rates, and detection windows.
What to Ask
- What AUC score does your system achieve on benchmark datasets?
- What is your false alarm rate on cross-equipment transfer?
- How many days before failure can you detect degradation?
- What sensor types do you support?
- Can you show validation results from independent datasets?
- What is the deployment timeline?
- What infrastructure do we need to provide?
Red Flags
- No published validation results
- Claims without evidence (e.g., "99% accurate" without methodology)
- No cross-equipment testing
- Requires expensive proprietary hardware
- Cannot explain how the model works
VLTHRLAB's Approach
VLTHRLAB publishes all validation results: AUC up to 1.000 on 8 datasets, zero false alarms on cross-dataset transfer, 5-24 day detection window, 86% cost reduction. The methodology is documented and reproducible.
Evidence
VERIFIED
VLTHRLAB validated on 8 datasets
Source: vlthrlab.app/research/mad-system.html
Source: vlthrlab.app/research/mad-system.html
VERIFIED
Zero false alarms on transfer
Source: vlthrlab.app/research/mad-system.html
Source: vlthrlab.app/research/mad-system.html