Domain 2 β€” Module 6 of 7 86%
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Domain 2: Implement and Manage Microsoft Entra Identity and Access Free ⏱ ~15 min read

Entra Identity Protection and Risk Policies

Plan and implement Microsoft Entra Identity Protection to detect risky sign-ins, flag compromised users, and automate risk-based responses.

Automated identity threat detection

Simple explanation

Identity Protection is like a credit card fraud department for your user accounts.

When your bank sees a transaction from a country you’ve never visited, they flag it and may block the card. Identity Protection does the same for sign-ins β€” when a user suddenly signs in from an unusual location, an anonymous IP, or a device with malware, the system detects the risk and responds automatically (require MFA, block access, or force a password change).

You don’t wait for help desk calls to find compromised accounts. The system finds them for you.

Two types of risk

Sign-in Risk vs User Risk
FeatureSign-in RiskUser Risk
What it measuresLikelihood this specific sign-in is illegitimateLikelihood the user's account is compromised
Detection timingReal-time (during sign-in) or offlineAccumulated over time from multiple signals
Example signalsAnonymous IP, impossible travel, malware-linked IPLeaked credentials, anomalous user activity, suspicious sending patterns
Risk levelsNone, Low, Medium, HighNone, Low, Medium, High
Typical responseRequire MFA for medium+, block for highForce password change for medium+, block for high
Self-remediationComplete MFA to prove identityChange password to prove account control

Risk detection signals

Sign-in risk detections

DetectionWhat It MeansReal-time or Offline
Anonymous IP addressSign-in from Tor, VPN, or known anonymiserReal-time
Atypical travelSign-in from a location unusual for the userOffline
Impossible travelSign-ins from two locations too far apart for travel timeOffline
Malware-linked IPSign-in from an IP known to communicate with bot serversOffline
Unfamiliar sign-in propertiesSign-in with properties not seen before for the userReal-time
Password sprayMultiple accounts targeted with common passwordsOffline
Anomalous tokenToken with unusual characteristicsReal-time

User risk detections

DetectionWhat It Means
Leaked credentialsUser’s credentials found in a known data breach (dark web monitoring)
Anomalous user activityUnusual patterns in user behaviour
Suspicious sending patternsMailbox sending spam or phishing (may indicate compromised account)
User reported suspicious activityUser denies MFA prompt they didn’t initiate

Implementing risk-based policies

Elena designs Identity Protection for MedGuard Health using Conditional Access policies with risk conditions:

Policy 1: Sign-in risk policy

  • Condition: Sign-in risk = Medium or High
  • Grant: Require multi-factor authentication
  • Effect: Risky sign-ins must prove identity with MFA. Legitimate users complete MFA and continue. Attackers are blocked.

Policy 2: User risk policy

  • Condition: User risk = High
  • Grant: Require password change (and MFA)
  • Effect: Accounts flagged as compromised must change their password. This invalidates any stolen credentials.
Exam tip: Risk policies are now Conditional Access policies

Microsoft has migrated Identity Protection risk policies into Conditional Access. The old β€œIdentity Protection > Sign-in risk policy” and β€œUser risk policy” pages still exist for backward compatibility, but the recommended approach is to create risk-based Conditional Access policies.

The exam may ask: β€œWhere should Elena configure risk-based policies?” β†’ Conditional Access (with sign-in risk or user risk as a condition). Not the legacy Identity Protection policy page.

Risk investigation

When Identity Protection flags a user:

  1. Review the risk detection β€” Entra > Protection > Identity Protection > Risk detections
  2. Investigate the sign-in β€” check location, device, IP, application
  3. Decide: legitimate (dismiss risk) or compromised (confirm risk)
  4. If compromised: force password change, revoke sessions, investigate further
  5. If legitimate: dismiss the detection (improves the ML model)
Deep dive: Bulk risk operations

At GlobalReach’s scale (20,000 users), Priya can’t investigate every risk detection individually. She uses:

  • Automatic remediation via CA policies β€” most medium-risk sign-ins resolve themselves when users complete MFA
  • Risk-based reports β€” filter by risk level, focus investigation on High-risk users
  • Microsoft Graph API β€” programmatic access to risk detections for integration with SIEM tools
  • Bulk dismiss β€” after investigation confirms false positives (e.g., a new VPN provider flagging as anonymous IP)

The goal is to investigate High-risk detections manually and let automation handle Medium and Low.

Key concepts to remember

Question

What is the difference between sign-in risk and user risk in Identity Protection?

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Answer

Sign-in risk evaluates a specific sign-in attempt (e.g., anonymous IP, impossible travel). User risk evaluates whether an account is compromised over time (e.g., leaked credentials, anomalous activity). Sign-in risk is per-session; user risk is per-account and persists until remediated.

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Question

What licensing is required for Microsoft Entra Identity Protection?

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Answer

Microsoft Entra ID P2 (included in M365 E5 and EMS E5). P1 includes Conditional Access but not Identity Protection risk detections. P2 adds the risk engine, risk-based CA policies, and the Identity Protection dashboard.

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Question

How does a user self-remediate from a high user risk detection?

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Answer

By changing their password (which proves they still control the account and invalidates any stolen credentials). This requires SSPR to be enabled with password writeback in hybrid environments. The risk-based CA policy forces the password change automatically.

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Knowledge check

Knowledge Check

Elena notices that a MedGuard Health doctor's account has been flagged with High user risk. Identity Protection shows 'Leaked credentials' as the detection. The doctor confirms they haven't noticed any suspicious activity. What should Elena do?

Knowledge Check

Priya sees hundreds of Medium sign-in risk detections daily at GlobalReach. Most are from users accessing M365 from new locations during business travel. What is the most efficient way to handle this?


Next up: Conditional Access and MFA Enforcement β€” the policy engine that ties everything together.