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Migration

As explained in Machine Learning Platform Engineering

Extract-transform-load is a data-processing technique that extracts data from sources, transforms it, and loads it into a target system.

Migration uses extract-transform-load (ETL) to move data from source systems through structured processing into a target workflow. In ML operations, reliable data pipelines provide the foundation for repeatable, reproducible, and observable workflows. section 7.1.5 section 2.2

A production-oriented migration connects several operational concerns:

  • Extract and curate data while preserving relevance, quality, diversity, representative distributions, and lineage. section 2.1.1
  • Transform data through a structured ETL process that can participate in repeatable and reproducible workflows. section 7.1.5
  • Load the resulting data into an ML workflow whose components can be observed and maintained alongside other platform services. section 2.2 section 7.1.5

Versioned ML data pipeline

A team collects enterprise data, tracks raw and intermediate dataset versions, applies structured ETL, and connects the result to Kubeflow Pipelines for repeatable experiments. section 2.1.1 section 7.1.5

How Machine Learning Platform Engineering covers it

How deep it goes
Introduces ETL as a workflow component but stops short of specifying extraction logic, transformation code, loading targets, or failure handling.
Examples
Uses structured ETL, versioned ETL pipelines, raw and intermediate datasets, and Kubeflow Pipelines as concrete artifacts.
What you can do after
Apply it via Kubeflow Pipelines to organize repeatable, reproducible, and observable ML data workflows.
How it connects
Connects ETL with MLOps, data lineage, data collection, and Kubeflow Pipelines.

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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.