Conditional Access User Risk Password Reset CAU007-All: Grant access for Medium and High Risk Users for All Users when Browser and Modern Auth Clients require PWD reset

This Policy in One Line

This Conditional Access user risk password reset policy requires multi-factor authentication and a password reset for users identified with medium or high risk before they can access cloud applications.

What This Conditional Access Policy Does

The design intention of this policy is to automatically remediate compromised or potentially compromised user accounts. Instead of blocking access outright, the policy creates a secure identity recovery path when Microsoft Entra identifies elevated user risk.

When a user attempts to sign in, the Conditional Access engine evaluates whether the identity has been classified as medium or high risk. These risk levels typically indicate suspicious activity associated with the account, such as leaked credentials, abnormal authentication behavior, or signals detected by identity protection systems.

If that condition is met, access to applications is not immediately granted. Instead, the user must complete two security actions before proceeding. First, they must verify their identity through multi-factor authentication. Second, they must reset their password during the authentication process.

The combination of identity verification and credential renewal ensures that an account suspected of compromise cannot continue operating with potentially exposed credentials. This transforms the sign-in process into a controlled recovery workflow that restores the integrity of the identity.

Who the Policy Applies To

The policy is designed to evaluate all users during authentication, making the protection broad and consistent across the organization. Rather than targeting specific departments or privileged roles, the configuration ensures that any identity capable of signing in can be evaluated for risk-based remediation.

However, the policy deliberately avoids applying to certain categories of external identities. External collaboration users and other externally sourced accounts are excluded from the evaluation scope. This design decision prevents the password reset mechanism from interfering with identities that are managed outside the organization’s own identity infrastructure.

In addition, organizations often maintain dedicated exclusion groups for Conditional Access policies like this one. These groups typically support operational flexibility, allowing temporary exceptions through internal approval workflows or time-based access requirements.

This structure reflects a common Conditional Access principle. Security enforcement should be broad enough to protect the environment while still allowing controlled administrative exceptions when operational scenarios require them.

What Apps and Services the Policy Protects

The policy protects access across all cloud applications integrated with the identity platform. Instead of focusing on specific workloads, the configuration ensures that any service relying on the organization’s identity system participates in the same risk-based remediation model.

When a user signs in to an application, the authentication request is evaluated through the Conditional Access engine. Because the policy scope includes all applications, the same risk response applies whether the user is accessing collaboration tools, productivity platforms, internal enterprise services, or other integrated applications.

From a security architecture perspective, this approach avoids fragmented protection. A compromised identity cannot simply move to another application where protections are weaker. Every sign-in request that depends on the organization’s identity platform becomes part of the same security evaluation.

This type of configuration supports the broader goal of identity-first security, where the user identity itself becomes the primary control boundary regardless of the application being accessed.

Platforms, Devices, and Client Apps in Scope

The policy does not restrict its evaluation to specific operating systems or device platforms. Instead, the configuration evaluates authentication requests across all supported client types.

This includes browser-based access as well as modern authentication clients used by desktop applications, mobile apps, and other cloud-connected services. By applying the policy to all client app types, the organization ensures that the same identity recovery requirements apply regardless of how a user attempts to access a service.

This design closes a common security gap. If policies apply only to certain client types, attackers may attempt to use alternative authentication methods to bypass controls. By covering all client application categories, the policy ensures that a compromised account cannot avoid remediation simply by switching sign-in methods.

The result is a consistent enforcement model where identity risk detection triggers the same remediation process across all authentication pathways.

How Access Is Decided

Conditional Access evaluates this policy during the authentication process when a user attempts to sign in to a cloud application. The key condition is the user risk level assigned by the identity protection system.

If the identity platform determines that a user carries medium or high risk, the Conditional Access engine activates the remediation requirements defined in the policy. The access decision is no longer based solely on successful authentication.

Instead, access becomes conditional upon completing two actions. The first is multi-factor authentication, which verifies that the person signing in is the legitimate account owner. The second is a password reset, which replaces the potentially compromised credential.

Both requirements must be completed successfully before access can continue. This sequential process ensures that the user’s identity is verified and that the account credentials are renewed, restoring trust in the authentication process.

What the User Experience Looks Like During Sign-In

From the user’s perspective, the experience begins like a normal sign-in attempt. The user enters their credentials and initiates access to a cloud application.

Behind the scenes, identity protection evaluates the account and determines that the user risk level is elevated. At that moment, Conditional Access intervenes. Instead of allowing the session to continue normally, the authentication flow changes.

The user is first prompted to complete multi-factor authentication. This step confirms that the individual attempting the sign-in has access to the registered authentication factor.

Immediately afterward, the sign-in experience transitions into a password reset process. The user must create a new password before access can continue.

Once both steps are successfully completed, the authentication process resumes and the user gains access to the application. In effect, the sign-in process becomes a secure recovery workflow that restores the account before it can be used again.

Why This Policy Matters for Security and the Business

Risk-based identity remediation plays a critical role in modern cloud security. Traditional security approaches often detect compromised credentials but rely on manual intervention to repair them.

This policy removes that delay. When an elevated risk level is detected, the identity itself is repaired during the next authentication attempt. The user verifies who they are and immediately replaces the compromised credential.

For the organization, this reduces the window in which attackers can exploit stolen passwords. It also lowers the operational burden on security teams and help desks, since many identity compromises can be resolved automatically during sign-in.

From a business continuity perspective, the policy strikes a balance between protection and usability. Access is not permanently blocked, but it is paused until the identity can be secured again.

Is This a Foundational or Must-Have Policy?

Risk-based remediation policies like this one are considered foundational in modern Microsoft Conditional Access architectures.

Identity compromise is one of the most common attack paths in cloud environments. Password reuse, credential leaks, and phishing attacks all create scenarios where an account may become exposed without immediate detection.

By enforcing automated remediation when user risk is detected, organizations ensure that compromised identities cannot continue operating without verification and credential renewal.

In environments using Microsoft Entra Identity Protection, policies that enforce password reset and multi-factor authentication for risky users are widely regarded as core security controls.

Important Design Choices and Things to Notice

One important design element in this policy is the requirement that both remediation actions must be completed together. Multi-factor authentication alone verifies identity, but it does not eliminate the possibility that the password has already been exposed.

By combining MFA with a password reset requirement, the policy ensures that compromised credentials are replaced before the account can continue operating.

Another notable design choice is the inclusion of all client application types. This prevents attackers from attempting to bypass remediation by switching authentication methods.

The policy also intentionally excludes externally managed identities, ensuring that remediation requirements apply only to identities whose credentials are controlled by the organization.

Finally, the session configuration requires authentication during every sign-in evaluation. This ensures that identity verification and credential renewal occur immediately when risk conditions are present.

Conditional Access Design Principles Behind This Policy

This policy reflects several core principles of Conditional Access architecture.

First, it demonstrates identity-first security. Instead of relying on network boundaries or device restrictions, the policy focuses on the trustworthiness of the identity itself.

Second, it embraces risk-based access control. Authentication decisions are not static; they adapt based on signals detected by identity protection systems.

Third, the policy emphasizes automated remediation. Rather than relying solely on detection, the system actively repairs compromised identities during authentication.

Finally, the policy enforces consistency across applications and authentication methods, ensuring that security controls cannot be bypassed through alternative access paths.

Together, these principles create a resilient access control model that responds dynamically to identity risk.

Final Thoughts

Compromised credentials remain one of the most common entry points for attackers in cloud environments. Organizations that rely only on detection often discover the problem after damage has already begun.

The Conditional Access user risk password reset policy shifts the response model from reactive to automatic. When identity protection signals indicate elevated risk, the system immediately requires identity verification and credential renewal.

The result is a security mechanism that actively repairs compromised identities while allowing legitimate users to recover access safely.

In modern Conditional Access architectures, this type of automated identity remediation is one of the most effective ways to reduce the impact of credential-based attacks.