ML Revenue Intelligence Platform
Discover the true sources of your revenue. Our specialized ML models analyze payment patterns to uncover hidden customer journeys and attribute revenue with unprecedented accuracy.
ML-Powered Attribution Without Tracking
Our specialized ML models analyze 40+ behavioral signals from your payment data to accurately attribute revenue sources—no tracking pixels required.
Attribution Accuracy
+12%Revenue source identification without tracking pixels
Optimize top-performing channels
$45K revenue properly attributed
Hidden Revenue Found
+28%Previously untracked revenue from dark social & direct
Increase LinkedIn investment by 40%
2.3x higher LTV from LinkedIn traffic
Churn Prediction
+15%ML models predict cancellations 30 days early
Engage 12 at-risk accounts
Save $8.4K MRR this month
How ML Attribution Works
No tracking pixels. Just intelligent pattern recognition.
Payment Data
Stripe, PayPal, etc.
Pattern Analysis
40+ behavioral signals
ML Classification
4 specialized models
Attribution
94%+ accuracy
Result: Know exactly which campaigns drive revenue, even from dark social and word-of-mouth.
Uncover Hidden Revenue Sources
Our ML models reveal the true sources of your revenue by analyzing customer behavior patterns—finding revenue you didn't know you had.
ML-Discovered Revenue Segments
Real-Time ML Insights
Discovery: $125K misattributed revenue
Discovery: 40% of revenue from untracked sources
Discovery: Customer segments redefined
Purpose-Built ML Models
Six production-grade ML models working in harmony to deliver predictive insights with industry-leading 98% combined accuracy.
XGBoost
Gradient boosting for churn prediction and customer segmentation
Random Forest
Ensemble learning for customer lifetime value prediction
LSTM Network
Deep learning for revenue forecasting and time-series analysis
Markov Chain
Multi-touch attribution modeling for complex customer journeys
Logistic Regression
Binary classification for conversion probability scoring
Isolation Forest
Anomaly detection for fraud prevention and pattern identification