Professional Cloud DevOps Engineer
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An organization is streaming application logs from a clinical healthcare microservice into Google Cloud. During a security audit, you identify that unstructured log messages contain both direct identifiers—specifically proprietary Medical Record Numbers (MRNs) following the pattern ###-#-#####—and potential quasi-identifiers such as person names that could expose Protected Health Information (PHI).
You need to design a Sensitive Data Protection (Cloud DLP) inspection strategy that accurately identifies and classifies these distinct data categories while minimizing false positives from standard application terms.
Which inspection configuration should you implement?
Sensitive Data Protection (Cloud DLP) provides inspection mechanisms to locate, classify, and de-identify sensitive data in text streams. While Google Cloud supplies built-in infoTypes (such as PERSON_NAME), organizations often require specialized detection for proprietary formats—such as custom Medical Record Numbers (MRNs)—and nuanced context-aware detection rules to distinguish sensitive quasi-identifiers from general text.
[1-9]{3}-[1-9]{1}-[1-9]{5}, Sensitive Data Protection can identify organizational MRNs that do not conform to standardized national identifiers.PERSON_NAME detector with hotword rules allows the engine to evaluate proximity words such as patient or doctor. Finding these hotwords within a defined search window shifts the match likelihood (e.g., from POSSIBLE to VERY_LIKELY), differentiating true PHI from generic names.REDACTED or placeholder identifiers) prevents benign application tokens from generating erroneous findings.InspectConfig and InspectionRuleSet).This approach aligns with Google Cloud best practices for sensitive data discovery in unstructured logs by combining custom pattern detection for strict direct identifiers with context-sensitive inspection rule sets for broad quasi-identifiers.
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