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AI traceability: what should be logged?

Traceability means being able to connect a material output to purpose, input version, model, prompt, sources, checks, changes and approvals. Logging all raw data is neither always necessary nor always permissible. The article provides a controlled method, a realistic CTPM practice example and a concrete transfer artefact.

Realistic enterprise scene illustrating AI traceability: what should be logged?
Short answer

Traceability means being able to connect a material output to purpose, input version, model, prompt, sources, checks, changes and approvals. Logging all raw data is neither always necessary nor always permissible.

What the concept actually means

Logging depth depends on impact, dispute potential and repeatability. Metadata and hashes may suffice, while sensitive content is protected separately or not stored.

Why it matters in the enterprise

Evidence must be usable: consistent time basis, correlatable identifiers, immutable approvals, defined retention and role-based access.

A controlled method

The CTPM practice framework for controllable AI applications uses seven stages: understand the task, clarify context and data, apply AI deliberately, review professionally, handle deviations, approve accountably and document transfer. It is a transparent working framework, not a certification.

  • Define task and impact
  • Clarify data, context and permissions
  • Review against domain criteria
  • Control deviations, approval and evidence

CTPM practice example

CTPM practice example: A document workflow stores case ID, document version, prompt version, model, sources, review result and approval. Original data remains in the system of record rather than the AI log.

Quality and test criteria

The following criteria make quality observable for this use case:

  • A case is correlatable end to end.
  • Model, prompt and knowledge versions are visible.
  • Logs avoid unnecessary confidential content.
  • Retention, access and deletion are tested.

Risks and common misconceptions

Too little logging prevents root-cause analysis; too much creates privacy, security and cost risk. Mutable tables are not dependable approval evidence.

Example transfer artefact

Transfer artefact: an evidence design defining events, fields, protection class, retention, access and audit questions.

Sources and references

  1. NIST: Artificial Intelligence Risk Management Framework (AI RMF 1.0) (2023)
  2. European Commission: Guidelines on transparency obligations under the AI Act (2025)
  3. Google: Site Reliability Engineering: Monitoring Distributed Systems (2016)
  4. NIST: NIST Privacy Framework (2020)