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Review Conditional Access session settings and current sign-in frequency behavior. This is an investigation step for conditional access sign-in frequency, where the organization wants users to reauthenticate periodically for a sensitive web resource. This case instead reports that security wants to assess a new Conditional Access requirement without interrupting users. It does not directly demonstrate the required outcome to measure Conditional Access policy impact without enforcement at this decision stage.

Review trusted egress IP ranges and named locations used by Conditional Access. This is an investigation step for conditional access named locations, where security requires additional controls for sign-ins outside approved company network locations. This case instead reports that security wants to assess a new Conditional Access requirement without interrupting users. It does not directly demonstrate the required outcome to measure Conditional Access policy impact without enforcement at this decision stage.

Review policy exclusions and emergency-access account sign-in readiness. This is an investigation step for emergency access account exclusions, where an all-users Conditional Access change could lock out administrators during identity outages. This case instead reports that security wants to assess a new Conditional Access requirement without interrupting users. It does not directly demonstrate the required outcome to measure Conditional Access policy impact without enforcement at this decision stage.

Configure the Sign-in frequency session control on the applicable Conditional Access policy. This is a solution design step for conditional access sign-in frequency, where the organization wants users to reauthenticate periodically for a sensitive web resource. The current case instead reports that a high-value finance application needs stronger sign-in controls than ordinary collaboration apps. It does not directly demonstrate the required outcome to limit enforcement to the correct target resource at this decision stage.

Configure risk-based Conditional Access targeting the required sign-in risk levels. This is a solution design step for identity protection sign-in risk, where security wants stronger access controls when an individual sign-in exhibits suspicious signals. The current case instead reports that a high-value finance application needs stronger sign-in controls than ordinary collaboration apps. It does not directly demonstrate the required outcome to limit enforcement to the correct target resource at this decision stage.

Configure IP-based named locations and reference them in policy conditions. This is a solution design step for conditional access named locations, where security requires additional controls for sign-ins outside approved company network locations. The current case instead reports that a high-value finance application needs stronger sign-in controls than ordinary collaboration apps. It does not directly demonstrate the required outcome to limit enforcement to the correct target resource at this decision stage.

Monitor Safe Attachments detections and delayed or quarantined message events. This is an ongoing assurance step for safe attachments detonation, where unknown malicious attachments evade signature-only filtering in business email. The current case instead reports that users receive messages containing destinations that may become malicious after delivery. It does not directly demonstrate the required outcome to reduce risk from malicious hyperlinks at click time at this decision stage.

Monitor anti-malware detections and policy handling errors. This is an ongoing assurance step for anti-malware email policy, where inbound email contains attachments with known malware signatures. The current case instead reports that users receive messages containing destinations that may become malicious after delivery. It does not directly demonstrate the required outcome to reduce risk from malicious hyperlinks at click time at this decision stage.

Monitor new campaign detections and post-delivery remediation events. This is an ongoing assurance step for threat explorer mail investigation, where security needs to locate every recipient of a suspected phishing campaign and examine message verdicts. The current case instead reports that users receive messages containing destinations that may become malicious after delivery. It does not directly demonstrate the required outcome to reduce risk from malicious hyperlinks at click time at this decision stage.

Monitor recurrent authentication failures for the corrected policy and user cohort. This is an ongoing assurance step for sign-in log authentication troubleshooting, where a user reports an MFA-related sign-in failure to Microsoft 365. The current case instead reports that privileged administrators must use phishing-resistant MFA instead of any two factors. It does not directly demonstrate the required outcome to enforce the required authentication strength for privileged sign-ins at this decision stage.

Review authentication method registration and sign-in method usage. This is an ongoing assurance step for passkey and authentication methods policy, where security wants approved phishing-resistant sign-in methods for administrators. The current case instead reports that privileged administrators must use phishing-resistant MFA instead of any two factors. It does not directly demonstrate the required outcome to enforce the required authentication strength for privileged sign-ins at this decision stage.

Review SSPR verification failures and registration completeness. This is an ongoing assurance step for sspr verification method requirements, where password resets must require an approved number of identity verification methods. The current case instead reports that privileged administrators must use phishing-resistant MFA instead of any two factors. It does not directly demonstrate the required outcome to enforce the required authentication strength for privileged sign-ins at this decision stage.

Change the attribute for a pilot synchronized account in the appropriate on-premises source. This is a controlled implementation step for source-of-authority for synchronized attributes, where a synchronized employee display name keeps reverting after cloud-side edits. The current case instead reports that only selected departments should be synchronized from on-premises AD DS to Microsoft Entra. It does not directly demonstrate the required outcome to restrict synchronized identity scope without deleting unrelated users at this decision stage.

Stage connector and synchronization-rule changes in a controlled nonproduction or staging configuration. This is a controlled implementation step for microsoft entra connect sync topology, where a hybrid organization requires supported on-premises AD DS synchronization features managed by a dedicated sync server. The current case instead reports that only selected departments should be synchronized from on-premises AD DS to Microsoft Entra. It does not directly demonstrate the required outcome to restrict synchronized identity scope without deleting unrelated users at this decision stage.

Pilot a password reset for one eligible synchronized account using the writeback path. This is a controlled implementation step for sspr on-premises password writeback, where a synchronized employee resets their cloud password successfully but cannot use the new password against on-premises resources. The current case instead reports that only selected departments should be synchronized from on-premises AD DS to Microsoft Entra. It does not directly demonstrate the required outcome to restrict synchronized identity scope without deleting unrelated users at this decision stage.

Check device onboarding state, deployment method, and sensor health. This is an investigation step for defender for endpoint onboarding, where several managed Windows devices are missing from the Microsoft Defender for Endpoint device inventory. The current case instead reports that an analyst needs to understand a suspicious process chain on a specific laptop. It does not directly demonstrate the required outcome to trace the endpoint activity without guessing from one alert at this decision stage.

Review device alert severity and connectivity evidence supporting isolation. This is an investigation step for endpoint isolation response, where a confirmed compromised workstation continues making malicious network connections. The current case instead reports that an analyst needs to understand a suspicious process chain on a specific laptop. It does not directly demonstrate the required outcome to trace the endpoint activity without guessing from one alert at this decision stage.

Inspect endpoint configuration policies and device configuration health. This is an investigation step for defender for endpoint device settings, where the SOC needs consistent endpoint detection configuration across a managed device population. The current case instead reports that an analyst needs to understand a suspicious process chain on a specific laptop. It does not directly demonstrate the required outcome to trace the endpoint activity without guessing from one alert at this decision stage.

Prioritize remediation based on Defender Vulnerability Management recommendations. This is a solution design step for defender vulnerability management prioritization, where security must prioritize endpoint software exposure across a large workstation fleet. The current case instead reports that several managed Windows devices are missing from the Microsoft Defender for Endpoint device inventory. It does not directly demonstrate the required outcome to bring supported endpoints under Defender security monitoring at this decision stage.

Configure appropriate Microsoft Defender Attack surface reduction rules for the target endpoints. This is a solution design step for attack surface reduction rule deployment, where commodity malware uses suspicious script and Office child-process behavior on managed endpoints. The current case instead reports that several managed Windows devices are missing from the Microsoft Defender for Endpoint device inventory. It does not directly demonstrate the required outcome to bring supported endpoints under Defender security monitoring at this decision stage.

Use the device investigation timeline to correlate suspicious process execution and network activity. This is a solution design step for endpoint device investigation timeline, where an analyst needs to understand a suspicious process chain on a specific laptop. The current case instead reports that several managed Windows devices are missing from the Microsoft Defender for Endpoint device inventory. It does not directly demonstrate the required outcome to bring supported endpoints under Defender security monitoring at this decision stage.

Monitor isolation status and malicious network attempts from the affected device. This is an ongoing assurance step for endpoint isolation response, where a confirmed compromised workstation continues making malicious network connections. The current case instead reports that an analyst needs to understand a suspicious process chain on a specific laptop. It does not directly demonstrate the required outcome to trace the endpoint activity without guessing from one alert at this decision stage.

Monitor device configuration drift and Defender endpoint health alerts. This is an ongoing assurance step for defender for endpoint device settings, where the SOC needs consistent endpoint detection configuration across a managed device population. The current case instead reports that an analyst needs to understand a suspicious process chain on a specific laptop. It does not directly demonstrate the required outcome to trace the endpoint activity without guessing from one alert at this decision stage.

Monitor device onboarding errors and sensor health. This is an ongoing assurance step for defender for endpoint onboarding, where several managed Windows devices are missing from the Microsoft Defender for Endpoint device inventory. The current case instead reports that an analyst needs to understand a suspicious process chain on a specific laptop. It does not directly demonstrate the required outcome to trace the endpoint activity without guessing from one alert at this decision stage.

Inspect exposure initiative findings and the affected critical assets. This is an investigation step for security exposure management initiatives, where the organization wants risk-based visibility into exposure that spans assets and attack paths. The current case instead reports that security receives an incident containing correlated suspicious mail, sign-in, and device events. It does not directly demonstrate the required outcome to investigate one cross-workload incident coherently at this decision stage.

Check available Defender XDR advanced hunting tables and event coverage for the target window. This is an investigation step for advanced hunting across signals, where a SOC needs to search raw event records for a particular suspicious process and user timeline. The current case instead reports that security receives an incident containing correlated suspicious mail, sign-in, and device events. It does not directly demonstrate the required outcome to investigate one cross-workload incident coherently at this decision stage.

Review Defender Threat Intelligence indicator reputation, sightings, and associated campaigns. This is an investigation step for defender threat intelligence indicators, where analysts need context on an emerging malicious domain that appears in tenant telemetry. The current case instead reports that security receives an incident containing correlated suspicious mail, sign-in, and device events. It does not directly demonstrate the required outcome to investigate one cross-workload incident coherently at this decision stage.

Investigate cloud app activity records for the suspicious sharing actions. This is a solution design step for cloud apps activity log review, where a cloud security analyst must trace a user's unusual sharing behavior in connected applications. The current case instead reports that analysts need Microsoft 365 activity and file visibility through Defender for Cloud Apps. It does not directly demonstrate the required outcome to connect supported cloud app activity data to Defender for Cloud Apps at this decision stage.

Classify the risky app as unsanctioned where supported and coordinate controls. This is a solution design step for unsanctioned app risk classification, where a large file-sharing service appears in Cloud Discovery but has not been risk reviewed. The current case instead reports that analysts need Microsoft 365 activity and file visibility through Defender for Cloud Apps. It does not directly demonstrate the required outcome to connect supported cloud app activity data to Defender for Cloud Apps at this decision stage.

Configure Cloud Discovery through supported traffic log ingestion or Defender for Endpoint integration. This is a solution design step for cloud discovery log integration, where the organization needs to identify unsanctioned SaaS usage across the workforce. The current case instead reports that analysts need Microsoft 365 activity and file visibility through Defender for Cloud Apps. It does not directly demonstrate the required outcome to connect supported cloud app activity data to Defender for Cloud Apps at this decision stage.

Run the Conditional Access What If tool using representative user and application inputs. This is a solution design step for conditional access what if testing, where a complex combination of policies makes it unclear which controls apply to a prospective user sign-in. This case instead reports that an all-users Conditional Access change could lock out administrators during identity outages. It does not directly demonstrate the required outcome to maintain controlled emergency recovery access during Conditional Access deployment at this decision stage.

Configure a Conditional Access grant control requiring the device to be marked compliant. This is a solution design step for conditional access compliant-device grant, where a confidential application must be available only from Intune-compliant devices. This case instead reports that an all-users Conditional Access change could lock out administrators during identity outages. It does not directly demonstrate the required outcome to maintain controlled emergency recovery access during Conditional Access deployment at this decision stage.

Scope the Conditional Access policy to the selected finance application. This is a solution design step for conditional access application targeting, where a high-value finance application needs stronger sign-in controls than ordinary collaboration apps. This case instead reports that an all-users Conditional Access change could lock out administrators during identity outages. It does not directly demonstrate the required outcome to maintain controlled emergency recovery access during Conditional Access deployment at this decision stage.