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Machine Learning with Wize Analytics

Build and evaluate advanced machine learning models using AutoML and the latest techniques.

Feature Engineering

To expedite the feature engineering process, data scientists of all types — from citizens to experts — can discover reference feature sets in Wize Analytics’ feature store and import them into their projects.

AutoML in Wize Analytics provides automatic feature generation and reduction techniques and applies handling strategies for feature selection, missing values, variable encoding, and rescaling based on data type. Accept the default settings or easily modify any part for your specific objectives.

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Delivering More Models with AutoML

Wize Analytics augments the model development process with a guided methodology, built-in guardrails, and white-box explainability so data scientists and analysts alike can build and compare multiple production-ready models.

Wize Analytics AutoML offers algorithms from leading frameworks for prediction, clustering, time series forecasting, and computer vision tasks to help people across the business generate the best results, all in an easy to use interface.

Custom ML

Advanced data scientists can extend the visual ML interface by adding a custom Python algorithm, or programmatically develop models using Python, R, Julia, Pyspark, and other languages. To ensure external efforts are captured and interpretable to the rest of the team, Wize Analytics captures the details of these experiments and automatically provides model comparisons and explainability reports.

Regardless of where a model is developed, Wize Analytics remains the central platform for deployment, monitoring, and governance.

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Model Validation and Evaluation

Wize Analytics AutoML provides numerous features for validating and evaluating models, from design to deployment. Data scientists can take advantage of k-fold cross tests, automatic diagnostics, and model assertions for sanity checks during the experimentation phase.

An extensive battery of interactive performance and interpretation reports including fairness analysis, what-if analysis, and stress tests provides the tools teams need to explain results and responsibly deliver reliable, accurate models.

Time Series Analysis and Forecasting

Wize Analytics provides a suite of tools for time-series exploration and statistical analysis, along with preparation tasks such as resampling, imputations, and extrema & interval extraction.

Business specialists and data scientists can easily develop, deploy, and maintain statistical or deep learning forecasting models using Wize Analytics’ visual ML interface.


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Visual and Code-Based Deep Learning

Wize Analytics’ familiar model design, deployment, and governance experience makes it easy to include deep learning as part of data projects and business applications.

Define custom deep learning architectures with Keras and Tensorflow, or take advantage of pretrained models, transfer learning, and no-code interfaces for computer vision tasks such image classification and object detection.

Scale with Managed Spark on Kubernetes

For large computation or model training jobs, teams can automatically and efficiently scale workloads with on-demand, elastic resources powered by Spark and Kubernetes on your cloud of choice.

Pre-configured and fully managed clusters abstract away the complexity of containerized infrastructure from data scientists, so you spend more time doing what you love, and less time setting up backend resources.

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See other capabilities of the Wize Analytics platform

Get Started with Wize Analytics

Start an online hosted trial or let one of our data specialists guide you through a demo