Which of the following best describes the data minimization principle under GDPR when designing an MLOps pipeline?
Think about limiting data to what is strictly needed.
GDPR requires that only data necessary for the intended purpose is collected and processed, reducing privacy risks.
You run this command to query user data access logs in your MLOps system for a GDPR audit:
kubectl logs mlops-data-access-pod | grep 'user123'
What output would you expect if user123 accessed data on 2024-06-01 at 10:00?
kubectl logs mlops-data-access-pod | grep 'user123'Look for the exact user ID and timestamp in the logs.
The command filters logs for 'user123', so the output shows their access record with timestamp and dataset.
Which workflow sequence correctly ensures compliance with the AI Act when deploying a high-risk AI model?
Think about the logical order from assessment to deployment.
First assess risks, then implement transparency, get certifications, and finally deploy with monitoring.
Your automated DSAR system in the MLOps pipeline fails to retrieve all user data. Which cause is most likely?
Consider what affects data retrieval completeness.
If the indexing service is outdated, the DSAR system cannot find all user data, causing incomplete responses.
Which logging practice best meets both GDPR and AI Act compliance in an MLOps environment?
Think about privacy and auditability together.
Logging anonymized user interactions with secure access balances privacy and traceability required by GDPR and AI Act.