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Overview

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The Fabric SDK is an ecosystem of methods that allows users to, through a python interface, adopt data development focused on improving the quality of the data. The solution includes a set of integrated components for data ingestion, standardized data quality evaluation and data improvement, such as synthetic data generation, allowing an iterative improvement of the datasets used in high-impact business applications.

YData Fabric SDK for improved data quality everywhere!

To start using create a Fabric community account at ydata.ai/register

Benefits

Fabric SDK interface enables the ability to integrate data quality tooling with other platforms offering several beneficts in the realm of data science development and data management:

  • Interoperability: seamless integration with other data platform and systems like Databricks, Snowflake, etc. This ensures that all your software will work cohesively with all the elements from your data architecture.
  • Collaboration: ease of integration with a multitude of tools and services, reducing the need to reinvent the wheel and fostering a collaborative environment for all developers (data scientists, data engineers, software developers, etc.)
  • Improved usage experience: Fabric SDK enables a well-integrated software solution, which allows a seamless transition between different tools or platforms without facing compatibility issues.

Current functionality

Fabric SDK is currently composed by the following main modules:

  • Datasources

    • YData’s SDK includes several connectors for easy integration with existing data sources. It supports several storage types, like filesystems and RDBMS. Check the list of connectors.
    • SDK’s Datasources run on top of Dask, which allows it to deal with not only small workloads but also larger volumes of data.

  • Synthetic data generators

    • Simplified interface to train a generative model and learn in a data-driven manner the behavior, the patterns and original data distribution. Optimize your model for privacy or utility use-cases.
    • From a trained synthetic data generator, you can generate synthetic samples as needed and parametrise the number of records needed.
    • Anonymization and privacy preserving capabilities to ensure that synthetic datasets does not contain Personal Identifiable Information (PII) and can safely be shared!
    • Conditional sampling can be used to restrict the domain and values of specific features in the sampled data.

  • Synthetic data quality report Coming soon

    • An extensive synthetic data quality report that measures 3 dimensions: privacy, utility and fidelity of the generated data. The report can be downloaded in PDF format for ease of sharing and compliance purposes or as a JSON to enable the integration in data flows.

  • Profiling Coming soon

    • A set of metrics and algorithms summarizes datasets quality in three main dimensions: warnings, univariate analysis and a multivariate perspective.

Supported data formats

Tabular data Synthetic data generator The RegularSynthesizer is perfect to synthesize high-dimensional data, that is time-indepentent with high quality results.

Timeseries Synthetic data generator The TimeSeriesSynthesizer is perfect to synthesize both regularly and not evenly spaced time-series, from smart-sensors to stock.

Transactional data Synthetic data generator The TimeSeriesSynthesizer supports transactional data, known to have highly irregular time intervals between records and directional relations between entities.

Coming soon

Relational databases Synthetic data generator The MultiTableSynthesizer is perfect to learn how to replicate the data within a relational database schema.