π§ ML Model Training β Time-series forecasting models trained and optimized
π» Backend Development β Flask API, data pipelines, and model serving infrastructure
π¨ Frontend Design β HTML, CSS, JavaScript, and responsive UI/UX
π Content Writing β All page copy, documentation, and explanations
π Deployment β Server configuration and production deployment
Powered by: Claude 3.5 Sonnet (Anthropic) β Latest generation AI assistant Model Version: claude-3-5-sonnet-20241022
This showcase demonstrates AI's capability to build complete, production-ready applications end-to-end.
This tool uses advanced AI time-series forecasting to predict short-term price movements for stocks and cryptocurrencies.
It's designed for learning and exploration β not financial advice.
π Search by ticker (e.g., MSFT or BTC-USD).
π€ Choose Stock or Crypto mode.
π View historical prices, median forecast, and prediction interval.
Understanding the technology behind the forecasts helps you interpret the results better and use the tool effectively for learning purposes.
π Our AI Forecasting Pipeline
Result: Median forecast + prediction intervals delivered via FastAPI to the forecaster tool
What Is Chronos-Bolt?
Our forecaster uses Amazon Chronos-Bolt, a state-of-the-art AI transformer model specifically designed for time-series predictions. Think of it as GPT for numbers β instead of predicting the next word, it predicts the next price point based on historical patterns.
8 million parameters β Large enough to capture complex patterns, efficient enough for real-time predictions
Pre-trained on diverse datasets β Learns from millions of time-series patterns across different markets
Fine-tuned for financial markets β Specialized training on 64 stocks and cryptocurrencies across 11 sectors
The Ensemble Approach: Multiple Models, Better Predictions
Rather than relying on a single model, we use AutoGluon ensemble learning that combines predictions from 4 different models:
Chronos-Bolt (Transformer): Learns complex non-linear patterns from historical data
ETS (Exponential Smoothing): Captures trend and seasonality in traditional time series
Theta Method: Statistical approach for short-term forecasts
AutoARIMA: Automatic regression model selection for optimal parameter tuning
This ensemble approach reduces overfitting and improves reliability by leveraging the strengths of different methodologies. If one model struggles with a particular pattern, others may capture it better.
Training Data & Features
Our model is trained on comprehensive market data to understand diverse market conditions:
64 tickers across 11 sectors: Technology, Finance, Energy, Healthcare, Consumer Goods, and more
5 years of historical data (2020-2025): Includes bull markets, bear markets, COVID crash, and recovery
23 exogenous features: Market-wide indicators that influence individual stocks:
We use multiple metrics to evaluate forecast quality, ensuring predictions are both accurate and reliable:
MASE (Mean Absolute Scaled Error): Primary metric β compares our forecasts to a naive baseline (yesterday's price). Lower is better.
sMAPE (Symmetric Mean Absolute Percentage Error): Measures percentage error symmetrically between over/under predictions
RMSE (Root Mean Squared Error): Penalizes large errors more heavily than small ones
Directional Accuracy: How often we correctly predict whether price goes up or down
Current Performance: Our ensemble achieves a MASE of approximately -4.5 to -4.2, meaning it performs significantly better than a naive "use yesterday's price" baseline across diverse market conditions.
Walk-Forward Validation: Testing in Real Conditions
We don't just test on historical data β we simulate real-world trading conditions using walk-forward validation:
Train the model on historical data up to a certain date
Make predictions for the next period (as if we don't know the future)
Compare predictions to actual prices that occurred
Move forward in time and repeat
This approach ensures the model isn't "cheating" by using future information and provides realistic accuracy estimates.
What Makes Our Forecasts Unique?
Ensemble of 4 models instead of single-model predictions
23 market-wide features provide broader context beyond just historical prices
Technical indicators applied post-prediction for refined estimates
Trained on diverse sectors and market conditions (2020-2025 includes extreme volatility)
Prediction intervals show uncertainty ranges, not just single-point estimates
Continuously updated with latest market data via automated pipelines
Understanding the Limitations
No AI model can predict the future with certainty. Here's what you should know:
Short-term forecasts only: Designed for 7-30 day predictions, not long-term investing
Uncertainty increases over time: Next-day predictions are more reliable than 30-day forecasts
Cannot predict black swan events: Unexpected news, policy changes, or market shocks aren't in historical data
Past performance doesn't guarantee future results: Market patterns can change
Educational tool, not trading advice: Use for learning about AI and time-series forecasting
Best Use Cases: Understanding AI forecasting methodology, comparing different stocks/cryptos, identifying potential trends for further research, learning about ensemble models and time-series analysis.
π Ready to Explore?
Now that you understand how the AI works, try it yourself! Search for any stock or cryptocurrency ticker and see the ensemble predictions in action.
The forecasts are AI model estimates with inherent uncertainty and can be wrong. Markets are influenced by countless factors including news, policy changes, geopolitical events, and investor sentiment that may not be captured in historical patterns.
Do not make trading or investment decisions based solely on this tool. This is an educational resource for learning about AI forecasting, not financial advice. Always do your own research and consult with qualified financial advisors before making investment decisions.
This tool is for educational purposes only. Not financial advice.