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Data governance

As explained in Architecting an Apache Iceberg Lakehouse

Data governance comprises the policies, processes, and controls for ensuring that data is managed, protected, documented, and used appropriately.

Data governance combines policies, processes, and controls that keep data managed, protected, documented, and appropriately used. In a lakehouse, it connects user trust, compliance, metadata, access, lineage, and operational design. section 4.1.2 section 4.3.3

Build governance around explicit organizational and platform requirements:

  • Ask analysts and data scientists about access speed, data quality, freshness, documentation, and trust. section 4.1.2
  • Define nonnegotiable controls for access, lineage, encryption, auditing, data residency, and regulatory compliance. section 4.1.2 section 7.5.3
  • Select catalogs and interfaces that support the required engines, metadata domains, federation model, extensibility, and interoperability. section 7.5.3 section 4.3.3
  • Use branching and tagging to isolate development, preserve known-good versions, support reproducibility, and manage retention. section 11.2.2

Federated governance across regions

A multinational healthcare enterprise needs consistent metadata across regions, cloud providers, on-premises workloads, Spark, Trino, and Flink. Apache Gravitino is selected for federated metadata, unified access, extensible governance, and REST Catalog support for Iceberg tables. section 7.5.3

SELECT ref_name, type, snapshot_id, max_reference_age_in_ms
FROM "db "."critical_fact_table.refs ";

Inspect table branches and tags to identify stable, developmental, and release references used for isolation, reproducibility, and retention. section 11.2.2

How Architecting an Apache Iceberg Lakehouse covers it

How deep it goes
Explains requirements, catalog tradeoffs, federated metadata, and snapshot references, but stops short of a complete policy implementation.
Examples
Uses stakeholder interviews, a multinational healthcare deployment, REST catalog requirements, and an Iceberg refs query.
What it assumes
Assumes familiarity with lakehouse stakeholders and architecture while teaching governance requirements through concrete platform decisions.
What you can do after
Evaluate and design governance capabilities that balance trust, compliance, interoperability, usability, and operational constraints.
How it connects
Connects data quality, metadata catalogs, access control, auditing, lineage, encryption, interoperability, branching, tagging, and snapshot isolation.

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This explainer was generated by Manning's knowledge graph from the text of Architecting an Apache Iceberg Lakehouse. The section links point to the parts of the book it draws on.