Statistical Forecast
Optimal Forecast comes with multiple statistical models to support trend, seasonality and promotions
Machine Learning Forecast
Runs on the powerful DeepAR ML Model. You can use multiple of time series data to predict your demand
Forecast Error
Full automated solution to perform forecast error and do automatic Model Evaluation for better algorithms
Optimal BalanceTM Forecast
Leverage Statistical Algorithms
Optimal Balance supports Prophet, NPTS, ARIMA, and ETS
Leverage Machine Learning Models
Models include Convolutional Neural Network and DeepAR+
Leverage Public Cloud
Optimal BalanceTM is fully integrated with public cloud to run large forecasting models.
Promotion Management
Manage your promotions, predict based on past performance.
Automatic Model Selection
Optimal BalanceTM has automatic model selection process based on forecast accuracy.
Optimal BalanceTM Forecast leverages powerful technology to predict
Developed by Facebook
Prophet is a time series forecasting algorithm based on an additive model where non-linear trends are fit with yearly, weekly, and daily seasonality. It works best with time series with strong seasonal effects and several seasons of historical data.
Non-Parametric Time Series
The Amazon Forecast Non-Parametric Time Series (NPTS) proprietary algorithm is a scalable, probabilistic baseline forecaster. NPTS is especially useful when working with sparse or intermittent time series. Forecast provides four algorithm variants: Standard NPTS, Seasonal NPTS, Climatological Forecaster, and Seasonal Climatological Forecaster.
Autoregressive Integrated Moving Average.
Autoregressive Integrated Moving Average (ARIMA) is a commonly used statistical algorithm for time-series forecasting. The algorithm is especially useful for simple datasets with under 100 time series.
Exponential Smoothing
Exponential Smoothing (ETS) is a commonly used statistical algorithm for time-series forecasting. The algorithm is especially useful for simple datasets with under 100 time series, and datasets with seasonality patterns. ETS computes a weighted average over all observations in the time series dataset as its prediction, with exponentially decreasing weights over time.
Convolutional Neural Network.
Amazon Forecast CNN-QR, Convolutional Neural Network – Quantile Regression, is a proprietary machine learning algorithm for forecasting time series using causal convolutional neural networks (CNNs). CNN-QR works best with large datasets containing hundreds of time series. It accepts item metadata, and is the only Forecast algorithm that accepts related time series data without future values.
Developed by Amazon
Amazon Forecast DeepAR+ is a proprietary machine learning algorithm for forecasting time series using recurrent neural networks (RNNs). DeepAR+ works best with large datasets containing hundreds of feature time series. The algorithm accepts forward-looking related time series and item metadata.
Learn More
The Amazon Forecast Non-Parametric Time Series (NPTS) proprietary algorithm is a scalable, probabilistic baseline forecaster. NPTS is especially useful when working with sparse or intermittent time series. Forecast provides four algorithm variants: Standard NPTS, Seasonal NPTS, Climatological Forecaster, and Seasonal Climatological Forecaster.
Learn More
Autoregressive Integrated Moving Average (ARIMA) is a commonly used statistical algorithm for time-series forecasting. The algorithm is especially useful for simple datasets with under 100 time series.
Learn More
Exponential Smoothing
Exponential Smoothing (ETS) is a commonly used statistical algorithm for time-series forecasting. The algorithm is especially useful for simple datasets with under 100 time series, and datasets with seasonality patterns. ETS computes a weighted average over all observations in the time series dataset as its prediction, with exponentially decreasing weights over time.
Convolutional Neural Network.
Amazon Forecast CNN-QR, Convolutional Neural Network – Quantile Regression, is a proprietary machine learning algorithm for forecasting time series using causal convolutional neural networks (CNNs). CNN-QR works best with large datasets containing hundreds of time series. It accepts item metadata, and is the only Forecast algorithm that accepts related time series data without future values.
Developed by Amazon
Amazon Forecast DeepAR+ is a proprietary machine learning algorithm for forecasting time series using recurrent neural networks (RNNs). DeepAR+ works best with large datasets containing hundreds of feature time series. The algorithm accepts forward-looking related time series and item metadata.