What is the MAD system?
The MAD (Maintenance Anomaly Detection) system is VLTHRLAB's LSTM autoencoder-based predictive maintenance system. It detects equipment degradation 5-24 days before failure with AUC up to 1.000 and zero false alarms on cross-dataset transfer.
Technology
MAD uses LSTM autoencoders — a type of neural network designed for time-series data. The model is trained on healthy equipment sensor data and detects anomalies via reconstruction error.
Validation
- 8 public benchmark datasets
- AUC up to 1.000 on individual datasets
- AUC 0.9995 on cross-dataset transfer
- Zero false alarms on transfer test
- 5-24 days detection window before failure
Impact
- 72% downtime reduction in digital twin simulation
- 6x lower maintenance costs
- 86% cost reduction ($1M to $144K per event)
- 40 hours downtime saved per event
- Break-even at 5% detection rate
Evidence
VERIFIED
AUC up to 1.000 on 8 datasets
Source: vlthrlab.app/research/mad-system.html
Source: vlthrlab.app/research/mad-system.html
VERIFIED
5-24 days early detection
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
VERIFIED
72% downtime reduction
Source: vlthrlab.app/research/mad-system.html
Source: vlthrlab.app/research/mad-system.html
VERIFIED
6x lower maintenance costs
Source: vlthrlab.app/research/mad-system.html
Source: vlthrlab.app/research/mad-system.html