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Privacy

As explained in Delivering Machine Learning Projects: From design to deployment

Data privacy is the protection and governance of information about people, including how it is collected, accessed, used, and disclosed.

Privacy governs whether data can be sourced, accessed, used, and disclosed appropriately in an ML project. Unknown personal-data origins or missing consent can make intended use unethical or illegal, expose the organization to liability, and halt delivery. section 2.0 section 2.8

Make privacy an explicit pre-project and model-selection responsibility:

  • Identify privacy stakeholders for every core dataset, relevant organization, and IT platform. section 2.5
  • Establish the data privacy requirements and processes that must be negotiated, initially at a top level. section 2.5
  • Record unresolved privacy obstacles in the project risk register and assess whether they affect contractual assumptions, viability, or cost. section 2.5
  • Treat privacy as a red-line selection measure: reject models that leak information or permit personal data to be extracted. section 8.3.4

Testing a language model for disclosure

A language model trained on medical cases can be probed with a prompt resembling a named person’s medical record. If it completes the prompt with private information, the model creates potential harm and may breach data-protection laws. section 8.3.4

Figure 2.2 An example of a security organization within a large company. Each market-facing unit owns the security relevant to that line of business. A group of marketing units also has a security function, which reports to the CFO, and an IT security unit that reports to the CIO or CTO.

Map privacy ownership alongside security responsibility across market-facing business units, group functions, and IT platforms. section 2.5

How Delivering Machine Learning Projects: From design to deployment covers it

How deep it goes
Defines top-level requirements, stakeholder negotiation, risk registration, and model-leakage testing, without specifying privacy-preserving implementation techniques.
Examples
Uses unknown personal-data origins, missing consent, and medical-record prompts as concrete privacy-risk examples.
What it assumes
Assumes an ML project with identifiable data, while establishing security, privacy, and ethical considerations as early project requirements.
What you can do after
Evaluate data usage and model behavior, assign privacy stakeholders, and escalate unresolved requirements through the project risk register.
How it connects
Connects privacy with data sourcing, consent, security, ethics, risk management, fairness, model security, and interpretability.

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This explainer was generated by Manning's knowledge graph from the text of Delivering Machine Learning Projects: From design to deployment. The section links point to the parts of the book it draws on.