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×This guide explains how to implement Palo Alto Zero Trust Network Access (ZTNA) with Multi‑Factor Authentication (MFA) to provide secure, application‑level remote access for your users.
By the end of the guide, you will understand how to integrate Palo Alto’s ZTNA capabilities with your identity platform, enforce MFA, and minimize attack surface while maintaining a user‑friendly access experience.



| Display Name (required) | Enter the Display name for your app as per your preference. |
| SP Entity ID or Issuer (required) | Is used to identify your app against the SAML request received from SP. The SP Entity ID or Issuer can be in either URL or in String format form Step 2. |
| ACS URL or Assertion Consumer Service URL (required) | defines where the SAML Assertion should be sent after authentication. Make sure the ACS URL is in the format: https://www.domain-name.com/a/[domain_name]/acs form Step 2. |
| Audience URL | As the name suggests, specifies the valid audience for SAML Assertion. It is usually the same as SP Entity ID. If Audience URL is not specified separately by SP, leave it blank. |
| Single Logout URL | The URL where you want the logout request to be consumed and where your users should be redirected after single logout from the applications. |
| Upload App Logo | Upload a logo for your application. |

| Signed Request | Enable this to sign the saml request sent by SP. Provide the X509 certificate or upload the certificate. |
| Sign Response | Enable this if you want the entire SAML response to be signed. |
| Sign Assertion | Enable this if you want only the assertion within the SAML response should be signed. |
| Signature Algorithm | Select the algorithm that will be used to sign the SAML request/response. |
| Encrypt Assertion | Select this if you want to encrypt the assertion in SAML response and provide the algorithm and certificate for encryption. |
| Relay State | Enter the URL where you want the user to redirect after sign in to the application. |
| Override Relay state | Enable this to override the default relay state of the SP. |
| Logout Response Binding | A Logout Response is sent in reply to a Logout Request from SP. It could be sent by an Identity Provider or Service Provider. |
| IdP initiated Logout Request Binding: | A Logout Response is sent in reply to a Logout Request from the IdP dashboard. It could be sent by an Identity Provider or Service Provider.
|
| SAML Authentication Validity Period | The time for which the authentication should be considered valid and the user should be able to perform SSO. After that, the user will have to sign in again. |
| Enable Shared Identity | This feature lets you control whether a specific application can be accessed by shared user or not. |

| Primary Identity Provider | Select the identity source from where you want the authentication to happen. You will see the list of all configured sources. |
| Force Authentication | Enable this to enforce authentication on each request to access the application. |
| Show On End User Dashboard | Disable this if you do not want the app to be visible for all users on end user dashboard. |

| NameID | NameID is the unique identifier for the authenticated user included in the SAML assertion. It allows the Service Provider to recognize and map the user to an account. Generally, NameID is a username or Email Address. |
| NameID format | Defines what type of identifier is used in the NameID (e.g., email, persistent, transient) so the SP can correctly map the user. If the SP does not request a specific format, the IdP can leave it unspecified and use a default. |
| Add Name Format | Name Format defines how attribute names are represented in a SAML assertion (e.g., as simple strings or URIs). It helps the SP correctly interpret attribute naming and ensures consistency between IdP and SP. |
| Enable Multi-Valued Attributes | Enabled: Commas (,) and semicolons (;) are treated as separators, so the attribute is split into a clean list. Example: roles = ['admin', 'editor', 'viewer']. Disabled: Commas and semicolons are not treated as separators, so the attribute stays as one combined string. Example: roles = "admin;editor;viewer". |
| Attribute Mapping | You can Add Attributes to be sent in SAML Assertion to SP. The attributes include user’s profile attributes such as first name, last name, full name, username, email, custom profile attributes, and user groups, etc. |







To get miniOrange metadata details in order to configure Palo Alto ZTNA :



3.1: Enable 2FA for Users of Palo Alto ZTNA app


3.2: Configure 2FA for your Endusers

3.3: Enduser 2FA Setup










Contact us or email us at idpsupport@xecurify.com and we'll help you setting it up in no time.
A. Restricting access to Palo Alto ZTNA with IP Configuration
You can use adaptive authentication with Palo Alto ZTNA Single Sign-On (SSO) to improve the security and functionality of Single Sign-On. You can allow a IP Address in certain range for SSO or you can deny it based your requirements and you can also challenge the user to verify his authenticity. Adaptive authentication manages the user authentication bases on different factors such as Device ID, Location, Time of Access, IP Address and many more.
You can configure Adaptive Authentication with IP Blocking in following way :


| Attribute | Description |
|---|---|
| Allow | Allow users to authenticate and use services if Adaptive authentication condition is true. |
| Deny | Deny user authentications and access to services if Adaptive authentication condition is true. |
| Challenge | Challenge users with one of the three methods mentioned below for verifying user authenticity. |
| Attribute | Description |
|---|---|
| User second Factor | The User needs to authenticate using the second factor he has opted or assigned for such as
|
| KBA (Knowledge-based authentication) | The System will ask the user for 2 of 3 questions he has configured in his Self-Service Console. Only after the right answer to both questions is the user allowed to proceed further. |
| OTP over Alternate Email | User will receive an OTP on the alternate email they have configured through the Self Service Console. Once the user provides the correct OTP, they are allowed to proceed further. |

B. Adaptive Authentication with Limiting number of devices
Using Adaptive Authentication you can also restrict the number of devices the end user can access the Services on. You can allow end users to access services on a fixed no. of devices. The end users will be able to access services provided by us on this fixed no. of devices.
You can configure Adaptive Authentication with Device Restriction in following way

C. Add Adaptive Authentication policy to Palo Alto ZTNA



D. Notification and Alert Message.
This section handles the notifications and alerts related to Adaptive Authentication. It provides the following options :
| Option | Description |
|---|---|
| Users login from unknown IP addresses, devices or locations | Enabling this option allows you to login from unknown IP addresses or devices and even locations. |
| Number of Device registrations exceeded allowed count | This option will allow you to register more devices than the devices you have numbered. |
| Challenge Completed and Device Registered | Enabling this option allows you to send an email alert when an end-user completes a challenge and registers a device. |
| Challenge Completed but Device Not Registered | Enabling this option allows you to send an email alert when an end-user completes a challenge but do not registers the device. |
| Challenge Failed | Enabling this option allows you to send an email alert when an end-user fails to complete the challenge. |
By implementing Palo Alto ZTNA with MFA, you improve security, reduce lateral movement risks, and always verify users before granting them access to systems.
Palo Alto ZTNA with Multi-Factor Authentication (MFA) offers access control with identity verification. Users need to verify themselves with multiple factors, such as OTP over SMS/email, push notification, or authenticator apps, for accessing sensitive apps.
Essential benefits are increased protection against credential theft, brute force attacks, phishing, and more; also reduction in attack surfaces.