🚀 ANTIGRAVITY_ML_TRAINER

Machine Learning Crypto Trading Engine — Real-Time Dashboard
● LOADING...
🧠 What Is This System Doing?

Antigravity ML Crypto Trainer — Explained

This system uses machine learning (Gradient Boosting + Random Forest classifiers) to predict which crypto pairs will hit their Take Profit (TP) target before their Stop Loss (SL) within a set time horizon. Here's exactly what it does:

📊 Current Model Performance
Pairs Trained
14 crypto pairs from Kraken
Total Models
Base + Scalping + Swing
Avg Win Rate
Out-of-sample accuracy
Best F1 Score
Precision × Recall balance
Training Cycles
Daily retraining at midnight UTC
Last Trained
Next: midnight UTC
⏱️ Reliability Timeline — When Can You Trust It?

How Long Until Reliable?

ML models improve with more data and more training cycles. Here's the roadmap:

Week 1-2: EARLY STAGE (Current)

Models are training on 720 hourly candles (~30 days of data). F1 scores range 0.05–0.43. Some pairs show edge (SOL, SHIB, XRP), but models need more diverse market conditions. Do NOT trade on these signals yet.

Week 3-6: DEVELOPING

With 2000+ candles and 20+ training cycles, models will have seen bull/bear/sideways markets. F1 scores should reach 0.30+ consistently. Paper trading begins — forward picks tracked but no real money.

Week 7-12: ADVANCED

Models validated across multiple market regimes. Pairs with F1 > 0.40 and WR > 55% graduate to "reliable" status. Self-improvement loop ensures failed predictions feed back into training.

Month 4+: PRODUCTION

Battle-tested models with 100+ training cycles, 10,000+ candles, and proven edge on forward picks. Ready for small-position live trading with strict risk management.

🏆 Current Top Picks (Forward Predictions)
Loading model results...

⚠️ FORWARD PICKS STATUS

These picks are generated by the ML models ranking pairs by prediction confidence. They are NOT live trades — they are tracked predictions. When a pick hits its TP or SL, the result feeds back into the next training cycle. Over time, this self-improvement loop makes the models smarter.

📋 Pair-by-Pair Model Results
Pair Best Model Accuracy Precision F1 Score Optimal TP Optimal SL Signal
🔄 Self-Improvement Loop

How the System Gets Smarter Every Day

Model Improvement Progress
Early (Current) Developing Advanced Production