GlobalProtect
Enable and Verify FIPS-CC Mode Using Microsoft Intune on Android Endpoints
Table of Contents
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GlobalProtect Docs
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10.1 & Later
- 10.1 & Later
- 9.1 (EoL)
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- How Does the App Know Which Certificate to Supply?
- Set Up Cloud Identity Engine Authentication
- Configure GlobalProtect to Facilitate Multi-Factor Authentication Notifications
- Enable Delivery of VSAs to a RADIUS Server
- Enable Group Mapping
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- GlobalProtect App Minimum Hardware Requirements
- Download the GlobalProtect App Software Package for Hosting on the Portal
- Host App Updates on the Portal
- Host App Updates on a Web Server
- Test the App Installation
- Download and Install the GlobalProtect Mobile App
- View and Collect GlobalProtect App Logs
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- Deploy App Settings in the Windows Registry
- Deploy App Settings from Msiexec
- Deploy Scripts Using the Windows Registry
- Deploy Scripts Using Msiexec
- Deploy Connect Before Logon Settings in the Windows Registry
- Deploy GlobalProtect Credential Provider Settings in the Windows Registry
- SSO Wrapping for Third-Party Credential Providers on Windows Endpoints
- Enable SSO Wrapping for Third-Party Credentials with the Windows Registry
- Enable SSO Wrapping for Third-Party Credentials with the Windows Installer
- Deploy App Settings to Linux Endpoints
- GlobalProtect Processes to be Whitelisted on EDR Deployments
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- Mobile Device Management Overview
- Set Up the MDM Integration With GlobalProtect
- Qualified MDM Vendors
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- Set Up the Microsoft Intune Environment for Android Endpoints
- Deploy the GlobalProtect App on Android Endpoints Using Microsoft Intune
- Create an App Configuration on Android Endpoints Using Microsoft Intune
- Configure Lockdown Mode for Always On Connect Method on Android Endpoints Using Microsoft Intune
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- Deploy the GlobalProtect Mobile App Using Microsoft Intune
- Configure an Always On VPN Configuration for iOS Endpoints Using Microsoft Intune
- Configure a User-Initiated Remote Access VPN Configuration for iOS Endpoints Using Microsoft Intune
- Configure a Per-App VPN Configuration for iOS Endpoints Using Microsoft Intune
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- Create a Smart Computer Group for GlobalProtect App Deployment
- Create a Single Configuration Profile for the GlobalProtect App for macOS
- Deploy the GlobalProtect Mobile App for macOS Using Jamf Pro
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- Enable GlobalProtect System Extensions on macOS Endpoints Using Jamf Pro
- Enable GlobalProtect Network Extensions on macOS Big Sur Endpoints Using Jamf Pro
- Add a Configuration Profile for the GlobalProtect Enforcer by Using Jamf Pro 10.26.0
- Verify Configuration Profiles Deployed by Jamf Pro
- Remove System Extensions on macOS Monterey Endpoints Using Jamf Pro
- Non-Removable System Extensions on macOS Sequoia Endpoints Using Jamf Pro
- Uninstall the GlobalProtect Mobile App Using Jamf Pro
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- Configure HIP-Based Policy Enforcement
- Configure HIP Exceptions for Patch Management
- Collect Application and Process Data From Endpoints
- Redistribute HIP Reports
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- Identification and Quarantine of Compromised Devices Overview and License Requirements
- View Quarantined Device Information
- Manually Add and Delete Devices From the Quarantine List
- Automatically Quarantine a Device
- Use GlobalProtect and Security Policies to Block Access to Quarantined Devices
- Redistribute Device Quarantine Information from Panorama
- Troubleshoot HIP Issues
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- Enable and Verify FIPS-CC Mode on Windows Endpoints
- Enable and Verify FIPS-CC Mode on macOS Endpoints
- Enable and Verify FIPS-CC Mode Using Workspace ONE on iOS Endpoints
- Enable FIPS Mode on Linux EndPoints with Ubuntu or RHEL
- Enable and Verify FIPS-CC Mode Using Microsoft Intune on Android Endpoints
- FIPS-CC Security Functions
- Resolve FIPS-CC Mode Issues
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- Remote Access VPN (Authentication Profile)
- Remote Access VPN (Certificate Profile)
- Remote Access VPN with Two-Factor Authentication
- GlobalProtect Always On VPN Configuration
- Remote Access VPN with Pre-Logon
- User-Initiated Pre-Logon Connection
- GlobalProtect Multiple Gateway Configuration
- GlobalProtect for Internal HIP Checking and User-Based Access
- Mixed Internal and External Gateway Configuration
- Captive Portal and Enforce GlobalProtect for Network Access
- GlobalProtect on Windows 365 Cloud PC
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- About GlobalProtect Cipher Selection
- Cipher Exchange Between the GlobalProtect App and Gateway
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- Reference: GlobalProtect App Cryptographic Functions
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- Reference: TLS Ciphers Supported by GlobalProtect Apps on macOS Endpoints
- Reference: TLS Ciphers Supported by GlobalProtect Apps on Windows Endpoints
- Reference: TLS Ciphers Supported by GlobalProtect Apps on Android 6.0.1 Endpoints
- Reference: TLS Ciphers Supported by GlobalProtect Apps on iOS 10.2.1 Endpoints
- Reference: TLS Ciphers Supported by GlobalProtect Apps on Chromebooks
- Ciphers Used to Set Up IPsec Tunnels
- SSL APIs
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- View a Graphical Display of GlobalProtect User Activity in PAN-OS
- View All GlobalProtect Logs on a Dedicated Page in PAN-OS
- Event Descriptions for the GlobalProtect Logs in PAN-OS
- Filter GlobalProtect Logs for Gateway Latency in PAN-OS
- Restrict Access to GlobalProtect Logs in PAN-OS
- Forward GlobalProtect Logs to an External Service in PAN-OS
- Configure Custom Reports for GlobalProtect in PAN-OS
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6.3
- 6.3
- 6.2
- 6.1
- 6.0
- 5.1
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- Download and Install the GlobalProtect App for Windows
- Use Connect Before Logon
- Use Single Sign-On for Smart Card Authentication
- Use the GlobalProtect App for Windows
- Report an Issue From the GlobalProtect App for Windows
- Disconnect the GlobalProtect App for Windows
- Uninstall the GlobalProtect App for Windows
- Fix a Microsoft Installer Conflict
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- Download and Install the GlobalProtect App for macOS
- Use the GlobalProtect App for macOS
- Report an Issue From the GlobalProtect App for macOS
- Disconnect the GlobalProtect App for macOS
- Uninstall the GlobalProtect App for macOS
- Remove the GlobalProtect Enforcer Kernel Extension
- Enable the GlobalProtect App for macOS to Use Client Certificates for Authentication
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6.1
- 6.1
- 6.0
- 5.1
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6.3
- 6.3
- 6.2
- 6.1
- 6.0
- 5.1
Enable and Verify FIPS-CC Mode Using Microsoft Intune on Android Endpoints
Use the following steps to enable and verify
FIPS-CC mode for GlobalProtect™ on Android endpoints using Microsoft Intune
To enable FIPS-CC for iOS and Android endpoints, you must use the GlobalProtect
version GlobalProtect for Governments. Contact Palo Alto Support and
create a case to access the GlobalProtect for Governments version, which
is privately distributed.
- Enable FIPS mode on Android endpoints.
- From the Microsoft Intune console, add Configuration Settings to enable FIPS-CC mode.To add configuration settings for Enable fips-cc-mode:
- Select APPSPolicyApp configuration policies<policy>Properties.
- Edit the Settings.
- On the Edit app configuration policies page, Add the Configuration Settings for enabling FIPS-CC mode.
- From the list of configuration keys, select Enable fips-cc mode.
- Set the Configuration Value to Yes for Enable fips-cc mode configuration key.
- Click Review and Save. The Edit app configuration policies page displays the newly added Enable-fips-cc-mode configuration settings.
The configuration setting for Enable fips-cc mode is also displayed under the Configuration Settings area (APPSPolicyApp configuration policies<policy>Properties.
After you enable the FIPS-CC mode on the Microsoft Intune console and synchronize the device with the Microsoft Intune, the console pushes the updated FIPS-CC mode configuration to the Android endpoints. - Verify that FIPS-CC mode is enabled is enabled successfully on an Android endpoint.
- Launch the GlobalProtect app.
- From the status panel, open the settings dialog (
- Select About.
- Verify that FIPS-CC mode is enabled. If FIPS-CC mode is enabled, the About dialog displays the FIPS-CC Mode Enabled status.
If FIPS-CC mode could not be enabled successfully, the About dialog displays the FIPS-CC Mode Failed status. - View the logs to view the GlobalProtect app logs related to FIPS-CC mode on Android endpoints.
- View, collect, and send the logs to the administrator to troubleshoot and resolve the issues related to FIPS-CC mode on Android devices.