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Privacy

As explained in Machine Learning Platform Engineering

The protection of information about individuals or sensitive entities from inappropriate disclosure or use.

Privacy protects information about individuals or sensitive entities from inappropriate disclosure or use. In production ML, it becomes an operational requirement across data pipelines and deployed models, where failures can create litigation, financial loss, or information leakage. section 2.2 section 10.1

Treat privacy as a cross-system concern:

  • Protect data while collecting, managing, extracting, annotating, and moving it through the ML workflow. section 2.2
  • Preserve privacy when serving models, alongside versioning, resource management, explainability, and security controls. section 10.1
  • Account for privacy failures as both business risks and system-design failures rather than treating them as isolated data issues. section 2.2 section 10.1

Production model serving

A deployed model must be protected against leaking sensitive information while serving predictions, making privacy part of deployment reliability rather than only data preparation. section 10.1

How Machine Learning Platform Engineering covers it

How deep it goes
Connects privacy to workflow and deployment risks but stops short of specifying implementation controls or privacy techniques.
Examples
Uses large-scale data management and deployed-model information leakage as operational examples.
What you can do after
Evaluate privacy risks across data workflows and model-serving architectures.
How it connects
Connects privacy with data pipelines, data security, model deployment, explainability, and adversarial attacks.

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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.