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Deepchecks

As explained in Machine Learning Platform Engineering

deepchecks is an open-source Python library for validating and monitoring the quality, integrity, and behavior of machine-learning data and models.

Deepchecks is an open-source Python library for validating and monitoring machine-learning data and models. It helps production teams detect data-quality problems, drift, leakage, performance degradation, imbalance, and unexpected bias before they undermine reliability. section 11.2.1

Deepchecks supports several production checks:

  • Validate data integrity by checking consistency, missing values, data types, and other anomalies. section 11.2.1
  • Compare training and incoming data distributions to identify drift that may signal future performance degradation. section 11.2.1
  • Customize existing checks or create checks for application-specific monitoring requirements. section 11.2.1

Detecting image-property drift

Install the library with pip, load training and inference datasets as VisionData objects, and run ImagePropertyDrift(). The check compares properties such as brightness, contrast, aspect ratio, area, and color intensity, then saves an HTML report and exposes drift scores. In one test, brightness showed a drift score of 0.6189 while aspect ratio and area showed 0.0, isolating brightness as the major distribution change. section 11.2.1

How Machine Learning Platform Engineering covers it

How deep it goes
Demonstrates installation, image-property drift execution, saved reports, and drift-score interpretation without detailing library internals.
Examples
Uses altered image brightness, VisionData datasets, ImagePropertyDrift, HTML reports, and Kolmogorov-Smirnov drift scores.
What it assumes
Assumes Python datasets with training and inference data, while demonstrating image drift rather than requiring manual feature-statistic implementation.
What you can do after
Apply it via the Deepchecks Python library to detect image-data drift and inspect the resulting report and scores.
How it connects
Connects data integrity, data drift, model validation, model performance, observability, and production monitoring.

Related concepts

This explainer was generated by Manning's knowledge graph from the text of Machine Learning Platform Engineering. The section links point to the parts of the book it draws on.