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Compliance Awareness Basics

Learn Compliance Awareness Basics for free with explanations, exercises, and a quick test (for BI Developer).

Published: December 24, 2025 | Updated: December 24, 2025

Who this is for

BI Developers and Analytics Engineers who work with customer, employee, or financial data and need to ship dashboards, datasets, and reports that respect privacy and regulatory requirements.

Prerequisites

  • Basic SQL and data modeling familiarity
  • Experience publishing dashboards or datasets in a BI tool
  • High-level understanding of your company's data stack

Why this matters

As a BI Developer, you will:

  • Publish dashboards that may include personal data (PII/PHI)
  • Share datasets with internal teams and external vendors
  • Define row-level security (RLS) and column-level masking
  • Retain and archive data according to policy
  • Respond to data subject requests (export/delete) with Data Engineering

Doing the above without compliance awareness risks fines, brand damage, and loss of user trust. With a few practical habits, you can ship safely and confidently.

Concept explained simply

Compliance awareness means knowing what data is sensitive, why it is regulated, and which safe patterns to apply in your BI work.

  • PII (Personally Identifiable Information): data that can identify a person (name, email, phone, device ID, IP when tied to a person).
  • PHI (Protected Health Information): health-related data tied to an individual (e.g., diagnoses, lab results). Common in healthcare contexts.
  • Lawful basis (GDPR): valid reason to process personal data (e.g., contract, consent, legitimate interests, legal obligation).
  • Data minimization: collect/use only what is necessary for a specific purpose.
  • Retention: keep data only as long as needed, then delete or anonymize.
  • Subject rights: access, deletion, correction, portability (mostly GDPR-driven).
  • Controls you apply: classification, masking, anonymization, aggregation, RLS/CLS, audit logs, encryption at rest/in transit (usually platform-level).
Mental model: The Four Gates
  1. Purpose Gate: Why do you need this data? If unclear, stop or minimize.
  2. Exposure Gate: Who can see it? Apply RLS/CLS and least privilege.
  3. Retention Gate: How long is it kept? Align to policy. Set expirations.
  4. Proof Gate: Can you show what you did? Keep change notes and audit trails.

Worked examples

Example 1: EU customer revenue dashboard

Scenario: You need a revenue dashboard for EU customers (GDPR applies). Stakeholders want customer-level drilldowns.

  • Purpose: Financial reporting and customer health analysis (contract/legitimate interests).
  • Minimize: Aggregate at account or region level by default; restrict access to customer-level views.
  • Controls: RLS to limit a manager to their region; column masking for email/phone; hide raw device IDs.
  • Retention: Keep customer-level logs 12 months, aggregate history longer (per policy).
  • Proof: Dashboard readme notes: lawful basis, fields masked, RLS policy name, retention reference.
Example 2: Sharing data with a marketing vendor

Scenario: A vendor will run churn analysis.

  • Minimize: Provide cohort-level aggregates (weekly churn rate by segment) instead of raw user-level data.
  • De-identify: Remove direct identifiers; avoid stable user IDs; if truly needed, use short-lived pseudonymous IDs.
  • Controls: Time-limited access; watermark the extract with a unique token for traceability; ensure audit logging.
  • Retention: Set an expiration and deletion confirmation requirement in the handoff notes.
Example 3: Breach handling in BI

Scenario: A dashboard with email addresses was accidentally shared to a broad group.

  • Immediate: Revoke access; take the dashboard offline; rotate any tokens.
  • Assess: Identify data types exposed, scope, and access logs.
  • Escalate: Follow your incident process; coordinate with Security/Privacy.
  • Remediate: Replace emails with masked or removed columns; enforce RLS/CLS; document changes.
  • Learn: Add a pre-release compliance checklist to your BI publishing workflow.

How to apply in your BI workflow

  1. Step 1: Classify fields. Mark columns as PII/PHI/Confidential/Public in your semantic layer or dataset description.
  2. Step 2: Minimize. Remove unnecessary columns; prefer aggregates; avoid stable user identifiers unless essential.
  3. Step 3: Control access. Implement RLS/CLS policies; set workspace and object-level permissions on a least-privilege basis.
  4. Step 4: Retain smartly. Apply retention windows to raw logs; preserve aggregates for trend analysis.
  5. Step 5: Document. Add a brief privacy note: purpose, lawful basis (if applicable), controls, retention, owner.
Checklist: Pre-release compliance checks for a BI dashboard
  • [ ] Purpose is clear and legitimate
  • [ ] Sensitive fields classified and minimized
  • [ ] RLS/CLS configured and tested with sample users
  • [ ] Direct identifiers masked or removed where not needed
  • [ ] Retention/refresh schedule matches policy
  • [ ] Audit logging enabled; change notes updated
  • [ ] Stakeholder acknowledgment of the privacy note

Exercises (do these now)

Complete the exercise below. The Quick Test at the end checks your understanding. Note: The Quick Test is available to everyone; log in to save your progress.

Exercise 1 — Classify data and map controls

You receive a table draft for a support analytics dashboard:

Columns:
- ticket_id (string)
- customer_email (string)
- customer_region (string: EU, US, APAC)
- issue_summary (string)
- created_at (timestamp)
- agent_id (string)
- product_plan (string)
- churn_risk_score (float)
  

Tasks:

  • Classify each column (PII/Confidential/Public).
  • Choose controls: keep/remove/mask/aggregate; RLS rules by region; retention for raw vs aggregate.
  • Write a 3–5 line privacy note (purpose, lawful basis if applicable, controls, retention).

Common mistakes and how to self-check

  • Overexposing identifiers: Leaving emails or device IDs visible when not needed. Self-check: Can the same analysis be done with aggregated metrics?
  • Weak RLS: Building RLS but not testing with realistic personas. Self-check: Test as a user from another region—do you see anything you shouldn’t?
  • Infinite retention: Keeping raw user data forever. Self-check: Do you have an end date or rotation for raw tables?
  • Underdocumented purpose: Not stating why the data is processed. Self-check: Can a new teammate understand why each sensitive field exists?
  • Assuming hashing = anonymization: Hashes can still be personal data. Self-check: Could the value link back to an individual with other data?

Practical projects

  • Retrofit RLS on an existing dashboard: add region-based RLS and a masked email column; document the change.
  • Build an aggregated export: replace user-level marketing extract with weekly cohort aggregates and compare utility vs risk.
  • Retention refactor: set a 90-day retention for raw events and keep a 24-month aggregate table; verify reports still work.

Learning path

  • Before this: Data classification basics and BI access controls.
  • Now: Compliance awareness basics (this page).
  • Next: Data retention and anonymization patterns; Vendor data sharing and DPAs; Auditing and change management.

Next steps

  • Apply the checklist to one dashboard this week.
  • Add a short privacy note to your team’s dashboard template.
  • Take the Quick Test below to confirm understanding.

Mini challenge

Your sales team wants a public case-study dashboard with customer logos and NPS comments. In 5 lines, outline what you’ll include and what you’ll exclude, plus controls you’ll use.

Sample approach
  • Use only customers with explicit public-use approval.
  • Show aggregate NPS distributions; remove comments or redact identifiers.
  • No emails, names, or IDs; logos only for approved customers.
  • Host in a public workspace with no underlying row-level drillthrough.
  • Document purpose and approval source in the dashboard notes.

Practice Exercises

1 exercises to complete

Instructions

Given the table:

ticket_id, customer_email, customer_region, issue_summary, created_at, agent_id, product_plan, churn_risk_score
  • Classify each column (PII/Confidential/Public).
  • Decide controls: keep/remove/mask/aggregate; define RLS by region; set retention for raw vs aggregate.
  • Write a 3–5 line privacy note.
Expected Output
A column-by-column classification; a short list of controls (masking, RLS rule, retention plan); and a concise privacy note.

Compliance Awareness Basics — Quick Test

Test your knowledge with 10 questions. Pass with 70% or higher.

10 questions70% to pass

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