An organization is configuring security policies in Microsoft Entra ID to protect sensitive cloud applications. The security administrator wants to enforce multifactor authentication (MFA) only when users sign in from untrusted public IP locations, use non-compliant mobile devices, or exhibit an elevated sign-in risk level. Which component of Microsoft Entra Conditional Access represents these input criteria used to make policy decisions?

Signals: ### What Signals are in Conditional Access In **Microsoft Entra Conditional Access**, **signals** (also commonly referred to as **conditions**) are the contextual data points and input attributes that the policy evaluates during an authentication attempt. Conditional Access functions as an intelligent **if-then** decision engine, where signals form the "if" portion of the policy evaluation before any access decision is enforced. ### How Signals meet the scenario requirements The organization requires access decisions based on several real-time contextual factors: - **IP location**: Evaluating whether the user's connection originates from a trusted corporate network range or an untrusted public internet address. - **Device state**: Checking whether the device attempting the connection is marked as compliant by Mobile Device Management (MDM) solutions. - **Risk level**: Analyzing real-time telemetry and machine learning detections to identify risky sign-in behaviors or compromised credentials. ### Key advantages and signal types Conditional Access processes a wide variety of signals during sign-in: - **User or group identity**: Evaluates specific users, group memberships, or directory roles. - **Network location**: Matches traffic against configured trusted IP ranges and geographical regions. - **Device platform and compliance**: Identifies operating systems and checks whether the device meets compliance standards. - **Application context**: Detects the specific cloud application or workload being accessed. - **User and sign-in risk**: Leverages identity intelligence to calculate anomalous behaviors and threat patterns in real time. ### Why this is optimal Signals provide the flexible, adaptive inputs necessary for modern **Zero Trust** security architectures. Rather than applying a static, one-size-fits-all rule, using signals allows organizations to dynamically assess the risk of each connection attempt and apply appropriate safeguards automatically.

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AZ-900 Microsoft Azure Fundamentals Exam

A company is migrating its on-premises virtual machines to Azure using the Infrastructure as a Service (IaaS) model. According to the shared responsibility model, which security aspect remains the primary responsibility of the company?

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AZ-900 Microsoft Azure Fundamentals Exam

Related questions

A company is migrating its on-premises virtual machines to Azure using the Infrastructure as a Service (IaaS) model. According to the shared responsibility model, which security aspect remains the primary responsibility of the company?

Ask Scout