Intune per app VPN is a feature that lets you secure traffic from specific apps to your corporate network without forcing all device traffic through a VPN. This guide breaks down how it works, why it matters, and how to set it up effectively.

Quick fact: Intune per app VPN creates a per-app tunnel so only selected apps route their traffic through your VPN gateway, keeping other apps on the device outside the corporate network.

What you’ll learn in this guide

What is Intune per app VPN and how it differs from full-device VPN
Scenarios where per app VPN is the right move
Supported platforms, prerequisites, and licensing
Step-by-step setup for iOS, Android, and Windows
Common challenges and troubleshooting tips
Security considerations and best practices
Useful resources and references

Introduction: a quick guide to Intune per app VPN

What it is: A targeted VPN that tunnels traffic from specific apps to your corporate network, leaving the rest of the device’s traffic untouched.
Why it matters: Improves security without slowing down every app on the device; gives IT control over sensitive app traffic.
How it works in practice: You define a list of apps, configure VPN profiles, and the operating system routes only those apps through the VPN gateway.
When to use it: Remote work scenarios, BYOD programs, protecting app data in transit, and reducing battery impact compared to full-device VPN.
Quick setup outline:
1. Verify prerequisites and licenses
2. Create a per-app VPN profile in Intune
3. Assign the profile to user groups and devices
4. Configure app deployment and proxy settings if needed
5. Test with a few pilot devices before broad rollout
Resources unlinked text: Intune documentation, Azure AD conditional access, VPN gateway documentation, iOS and Android EMM guides, security best practices whitepapers

The basics: what is Intune per app VPN

Per-app VPN is a selective, app-level tunnel that channels only chosen apps’ traffic to the corporate VPN gateway.
It complements, not replaces, device-level security policies.
Works across platforms with platform-specific implementations and limitations.

Why enterprises choose per app VPN

Focused security: Protects sensitive app data in transit without forcing all apps through the corporate network.
Better user experience: Devices aren’t all traffic-routed, leading to faster access for non-corporate apps.
Easier policy administration: Targeted deployment and easier rollbacks.
Compliance alignment: Enforces data protection controls on critical apps.

Platform coverage and prerequisites

iOS/iPadOS
- Requires Intune enrollment and an App Proxy/Per-App VPN-capable profile
- NECP or Network Extension framework usage depending on iOS version
- Apple Business Manager or Apple School Manager integration often used for device enrollment
Android
- Typically uses VpnService API for per-app VPN
- Needs Android Enterprise enrollment and managed Google Play app catalog
Windows
- Uses Always On VPN or modern alternatives with per-app VPN bindings
- Requires Windows 10/11–managed profiles and suitable VPN gateway
Licensing
- Intune Microsoft Endpoint Manager licenses
- VPN gateway or ExpressRoute or similar depending on your architecture
Network gateway
- A VPN gateway that supports per-app policies and app-aware routing
- Must be reachable from devices and support split-tunnel or full-tunnel as configured

Key concepts and terminology

App mapping: The process of listing which apps should use the VPN tunnel.
VPN gateway: The terminus of the VPN tunnel on the corporate network.
Split tunneling vs. full tunneling: Decide whether only app traffic goes through VPN or all device traffic also routes through the VPN.
Conditional access: Policies that may require compliant devices to connect via per-app VPN.
Certificate and key management: Ensures secure establishment of VPN tunnels with minimal user intervention.

Best practices before you start

Define clear use cases: Which apps need VPN protection? What data is sensitive?
Map apps to VPN profiles carefully: Avoid overly broad mappings that cause unnecessary traffic routing.
Plan user communication: Explain why some apps are tunneled and others aren’t.
Test with pilots: Choose diverse devices and OS versions to catch edge cases.
Prepare fallback and rollback plans: How to disable per-app VPN quickly if issues arise.
Monitor and audit: Use Intune and gateway logs to monitor usage and performance.

Step-by-step: how to set up Intune per app VPN high-level
Note: Exact UI labels may vary by portal updates. Use these steps as a guide and adapt to your console version.

Prepare your VPN gateway

Ensure your VPN gateway supports per-app VPN and is reachable from endpoints.
Configure necessary authentication certificates or EAP, depending on your gateway.
Create a VPN profile that can be consumed by clients split-tunnel or full-tunnel as desired.

Create an app mapping in Intune

Define the list of apps that will use the VPN tunnel.
For iOS, this often involves mapping the app bundle identifier to the VPN profile.
For Android, map the app package name to the per-app VPN policy.
For Windows, map the application path or package family name to the per-app VPN policy.

Create a per-app VPN profile in Intune

In the Endpoint Manager admin center, go to Devices > Configuration profiles > Create profile.
Platform: Choose iOS/iPadOS, Android, or Windows.
Profile type: Per-app VPN or equivalent and select the VPN gateway and authentication method.
Add the app mappings you defined in step 2.
Configure any required app rules, DNS settings, and split-tunnel options.

Assign the profile

Assign the per-app VPN profile to user groups and devices that need access.
Consider starting with a pilot group before rolling out organization-wide.

Deploy managed apps

Ensure apps you want to tunnel are deployed via Intune-managed app distribution.
For iOS, use the App Store or VPP apps; for Android, deploy via managed Google Play; for Windows, deploy from the Microsoft Store or Win32 apps.

Validate on devices

On a test device, verify:
- The per-app VPN is established when launching the mapped app.
- Only mapped apps route through the VPN gateway.
- Non-mapped apps access the internet directly.
- Connection stability and app performance.
Check gateway logs for tunnel establishment and data flow.

Monitor and adjust

Use Intune reporting to monitor deployment status and compliance.
Review VPN gateway metrics for tunnel uptime, latency, and bandwidth.
Tweak app mappings if you see unnecessary traffic or failed connections.

Common challenges and troubleshooting

Issue: VPN tunnel not establishing
- Check device compliance, certificate validity, gateway reachability, and firewall rules.
Issue: Traffic leakage from non-mapped apps
- Verify split-tunnel configuration and ensure no implicit routes exist for extra traffic.
Issue: App not launching after VPN
- Some apps may require the VPN to be established before startup; ensure proper app startup sequencing.
Issue: Battery drain or performance impact
- Review VPN gateway performance, MTU settings, and keep-alives; adjust to balance performance and reliability.
Issue: Platform-specific quirks
- iOS: Network Extension entitlement and user prompts
- Android: Device owner or profile owner restrictions, work profile considerations
- Windows: Service permissions and firewall rules

Security considerations

Data protection in transit: Encrypted tunnels protect sensitive app data.
Access control: Combine per-app VPN with Conditional Access to enforce device health and compliance.
Certificate management: Use short-lived certificates and automated rotation when possible.
Least privilege: Map only the necessary apps to VPN to minimize exposure.
Audit and visibility: Maintain logs for VPN connections, app usage, and user activity.

Performance considerations

Latency: Per-app VPN can add a small latency if the gateway is distant.
Bandwidth: Ensure your gateway scales with the number of users and apps.
Reliability: Have a failover strategy for gateway outages.
User experience: Minimize prompts and simplify onboarding to reduce friction.

Comparison: per-app VPN vs full-device VPN

Scope
- Per-app VPN: Targeted traffic from selected apps only.
- Full-device VPN: All traffic on the device goes through the VPN.
Security
- Per-app VPN focuses on critical apps; full-device VPN covers everything but can be heavier on resources.
Usability
- Per-app VPN typically provides a smoother experience for non-corporate apps.
Complexity
- Per-app VPN requires careful app mapping and ongoing maintenance; full-device VPN is simpler in terms of policy scope but may be heavier on devices.

Real-world use cases and scenarios

Remote workforce with sensitive apps HR, finance, R&D that need protected data in transit.
BYOD programs where corporate-owned devices are not universal, enabling selective protection without over-burdening users.
Contractors or partners who need access to specific internal services through secure channels.
Companies using cloud-based apps that still require a secure link to corporate resources.

Metrics to track for success

Adoption rate: Percentage of targeted devices with the per-app VPN profile installed.
Tunnel uptime: Percentage of time the VPN tunnel is active for mapped apps.
App-level latency: Round-trip time for traffic through the VPN gateway.
Failure rate: Number of failed VPN connections per day or per user.
Data protection incidents: Number of incidents involving data leakage due to misrouted traffic.

Advanced tips

Use naming conventions: Clear, consistent names for per-app VPN profiles and app mappings to reduce confusion during audits.
Automate onboarding: Script or automate the rollout for new apps that require VPN protection.
Layer with other protections: Combine per-app VPN with data loss prevention DLP policies and app protection policies where possible.
Regular reviews: Schedule quarterly reviews of app mappings to ensure only necessary apps are tunneled.
User education: Provide quick guides for users to understand why certain apps are using VPN and how to troubleshoot common problems.

Comparing vendors and gateway options

Windows, macOS, iOS, and Android vendors offer different approaches to per-app VPN; evaluate what’s natively supported by the devices you deploy.
Third-party VPN gateways: Some gateways offer more granular app control, easier management, and better telemetry. Compare features like app-level policy granularity, gateway scalability, and ease of integration with Intune.
Native vs. hybrid approaches: Some environments may benefit from a hybrid model where critical apps use per-app VPN while less critical apps use a lighter approach.

Common myths debunked

Myth: Per-app VPN is a one-and-done setup.
- Reality: It requires ongoing maintenance as apps are added, removed, or updated, and as OS capabilities change.
Myth: Per-app VPN slows every app.
- Reality: Only the mapped apps route traffic through the VPN, not every app on the device.
Myth: It’s only for BYOD.
- Reality: Per-app VPN is useful for corporate-owned devices too, especially when you want to limit corporate network exposure.

Tools and resources to explore

Intune documentation for per-app VPN
VPN gateway vendor guides and best practices
Platform-specific EMM and device enrollment guides
Security and compliance whitepapers
Community forums and expert blogs for real-world setups and tips

Frequently Asked Questions

Table of Contents

What is Intune per app vpn?

Intune per app VPN is a feature that tunnels traffic from selected apps on a device to a corporate VPN gateway, while other apps use their normal internet connections.

Which platforms support per-app VPN in Intune?

IOS/iPadOS, Android, and Windows support per-app VPN in Intune, with platform-specific implementations and prerequisites.

Do I need a dedicated VPN gateway for per-app VPN?

Yes. A compatible VPN gateway that supports per-app VPN is required to terminate and route the per-app tunnels.

Can I mix per-app VPN with full-device VPN?

Yes. You can design a hybrid approach where some apps use per-app VPN and devices use a separate full-device VPN for all traffic, depending on policy needs.

How do I map apps to VPN profiles in Intune?

Create app mappings by specifying the apps by bundle ID, package name, or app name and associate them with the per-app VPN profile in Intune.

What are the security benefits of per-app VPN?

It protects sensitive app data in transit, reduces the attack surface by restricting VPN usage to critical apps, and can be combined with Conditional Access for stronger controls.

What are common performance considerations?

Latency and gateway capacity are key; ensure the VPN gateway scales with user load and optimize MTU and keep-alive settings.

How do I test a per-app VPN deployment?

Use a pilot group, verify tunnel establishment when launching mapped apps, check non-mapped apps for direct internet access, and monitor gateway logs.

How do I handle app updates?

When apps update, revalidate that the updated app is still correctly mapped to the VPN profile and adjust mappings if needed.

What adversity should I expect during rollout?

Edge-case compatibility on older devices, OS version limitations, and potential user prompts or permission flows that vary by platform.

Can users bypass per-app VPN?

By-design, per-app VPN keeps traffic from mapped apps within the tunnel. However, misconfigurations can cause leaks, so thorough testing is essential.

How often should I audit app mappings?

Quarterly reviews are recommended, or anytime you add or remove critical apps from your portfolio.

Is per-app VPN suitable for all remote work scenarios?

It’s ideal when you need to protect specific app data in transit without forcing all device traffic through a VPN, but evaluate your security requirements and user experience needs.

What comes after deployment?

Plan for ongoing monitoring, user support, periodic policy updates, and security reviews to ensure the setup remains aligned with your evolving needs.

Useful URLs and Resources text only

Intune documentation – intune.microsoft.com
Azure Active Directory documentation – docs.microsoft.com/azure/active-directory
VPN gateway vendor documentation – vendor-specific portals and manuals
iOS App Proxy and Network Extension guides – developer.apple.com
Android Enterprise and VPG guides – developer.android.com
Windows Always On VPN guidance – docs.microsoft.com/windows-server
Security best practices for VPNs – nist.gov or cisco.com security guides
BYOD and device management guidelines – csoonline.com or gartner.com
Data protection and encryption standards – encryptionworks.org or epa.gov

Frequently Asked Questions
Repeat or adjust as needed based on platform audience

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Intune per app vpn: a complete guide to configuring per-app VPN in Intune for iOS, Android, and Windows with setup, best practices, and troubleshooting

Intune per app vpn lets you configure per-app VPN connections so only selected apps’ traffic goes through a VPN tunnel while the rest of the device uses the regular network. In this guide you’ll learn what per-app VPN is, why it matters for security and control, which platforms are supported, and how to set it up step by step. You’ll also find best practices, real‑world tips, troubleshooting, and a quick look at when to consider alternatives. If you’re shopping for a VPN to pair with per-app VPN, check this deal:

Useful resources you might want to reference as you implement Intune per app vpn these are plain-text URLs, not clickable in this list:
Apple Developer Documentation – developer.apple.com/documentation/networkextension
Microsoft Intune documentation – docs.microsoft.com/en-us/mem/intune/
Azure Active Directory Documentation – learn.microsoft.com/en-us/azure/active-directory/
Network Policy and VPN on iOS – support.apple.com/kb/HT2107
Android Enterprise per-app VPN with Intune – docs.microsoft.com/en-us/mem/intune/fundamentals/intune-management-extensions
Windows 10/11 per-app VPN guidance – docs.microsoft.com/en-us/mem/intune/configure-vpn-windows
Network security best practices for VPNs – cisco.com/c/en/us/products/security-vpn/
Zero Trust and VPN integration – microsoft.com/security/blog/zero-trust

What is Intune per app vpn and why it matters

Per-app VPN is a powerful way to route traffic from specific apps through a VPN tunnel, while keeping other apps and normal device traffic on the regular network. In practice, this means:
– You can protect business-critical apps like your CRM, email, or internal web apps without forcing the entire device’s traffic through a VPN.
– You gain finer-grained control over which data leaves your corporate network and how it’s protected.
– It’s especially helpful for BYOD scenarios, contractors, and remote workers who need secure access to company resources without full-device VPN management.

Intune’s per-app VPN feature is designed to work with a compatible VPN gateway and certificate or token-based authentication, letting IT admins pair a VPN connection with a specific app or a defined set of apps on iOS, Android, and Windows devices. In practice, you’ll define a VPN gateway profile, associate it with one or more apps, and then push that configuration out to devices and users. This approach aligns with modern security models that favor least privilege and app-level data protection.

Key benefits include:
– Reduced risk surface by limiting VPN usage to only business apps
– Easier compliance reporting and policy enforcement for app traffic
– Flexible deployment across mixed-device environments iOS, Android, Windows
– Better user experience since non-work apps don’t incur VPN overhead

A quick note on terminology: you’ll often see “per-app VPN,” “App VPN,” or “per-app VPN policy.” In Intune docs, it’s the same concept—an VPN that’s triggered by specific apps rather than the whole device.

Platforms and prerequisites

Intune per app VPN supports multiple platforms, but the exact steps and capabilities differ by OS. Here’s a quick map and what you’ll need.

# iOS and iPadOS
– Requires Apple’s Network Extension framework and an App VPN entitlement on the iPhone/iPad.
– You’ll pair a VPN gateway with an iOS per-app VPN profile in Intune and then associate apps by their bundle IDs.
– Typically uses IKEv2/IPsec or similar VPN protocols that are compatible with Apple NE App Proxy.

# Android
– Android supports per-app VPN through the Android for Work/Managed Profile scenario.
– Intune lets you create a per-app VPN profile and assign it to managed apps by their package name.
– Works with your chosen VPN gateway and certificate/presence of a VPN app on Android.

# Windows
– Windows 10/11 supports app-based VPN scenarios through compatible VPN gateways and profiles.
– Intune can deploy per-app VPN configurations for Windows devices where supported by the VPN provider and Windows VPN stack.
– Expect to configure user/device targeting and app associations in the Intune console.

Prerequisites common to all platforms:
– A functioning VPN gateway that supports per-app VPN use IKEv2/IPsec or equivalent, with certificate or modern authentication.
– A valid certificate authority or trusted certificates for device enrollment and VPN authentication.
– An Intune license for your organization Microsoft 365 E3/E5 or equivalent for device management features.
– A defined set of apps to protect by bundle ID on iOS, package name on Android, or app IDs on Windows.
– An administrative plan for deploying policies, monitoring, and troubleshooting including device groups in Intune.

Step-by-step setup high level

Note: The exact UI labels may vary slightly as Intune updates roll out. The core flow remains the same: create a VPN profile, set up per-app VPN, associate apps, deploy, and verify.

# Step 1: Prepare your VPN gateway and credentials
– Ensure your VPN gateway is reachable from the internet and supports per-app VPN requests from mobile devices.
– Generate or provision certificates for device authentication or configure a certificate-based method your gateway accepts.
– Collect the gateway address, remote identifier, local identifier, and any pre-shared keys or certificate templates you’ll need to populate in the Intune VPN profile.

# Step 2: Create the per-app VPN profile in Intune iOS/macOS and Windows
– In the Intune admin center, go to Devices > Configuration profiles > Create profile.
– Choose the platform iOS/iPadOS or Windows or Android and select the profile type that corresponds to “Per-app VPN” often labeled as a VPN or App-based VPN.
– Enter the VPN gateway details server/address, remote ID, local ID and the authentication method certificate-based is common for security-focused deployments.
– For iOS, enable the Network Extension NE App Proxy and tie the VPN to app IDs later.
– Save the profile.

# Step 3: Define the app associations which apps use the VPN
– In the same profile, specify the apps that will trigger the VPN. You’ll enter app identifiers:
– iOS: bundle IDs
– Android: package names
– Windows: app IDs or traffic selectors if supported
– You can assign a single app or a group of apps that should forcibly use the VPN when launched.
– Confirm any app protection policies or conditional access that should be applied to these apps.

# Step 4: Deploy to devices and test
– Scope the VPN profile to user groups or device groups as appropriate.
– Make sure the target apps are installed on devices, either via managed app configurations or app deployment.
– On a test device, open one of the configured apps and verify the VPN connects automatically, routes app traffic, and then disconnects when the app is closed depending on your gateway rules.
– Validate that non-protected apps do not route through the VPN.

# Step 5: Monitor and adjust
– Use Intune’s reporting and device logs to verify VPN status and app associations.
– Watch for failed connections, certificate issues, or app mismatches wrong bundle IDs or package names.
– Update App IDs or the VPN profile if you add or remove apps from the per-app VPN set.

Best practices and security considerations

– Use strong authentication: Prefer certificate-based mutual authentication for the VPN gateway rather than simple password-based methods. This reduces credential theft risk and improves automation in device enrollment.
– Limit the scope: Only configure per-app VPN for apps that truly require it. This minimizes overhead and potential performance issues.
– Pair with Conditional Access: Combine per-app VPN with conditional access to enforce that only compliant devices and users can access critical resources through the VPN.
– Regular certificate rotation: Set a certificate lifecycle process so certificates rotate before they expire, avoiding sudden VPN outages.
– App integrity checks: Ensure the apps you protect are not spoofed or replaced. Use app protection policies where available to add another layer of security on top of per-app VPN.
– Monitor traffic patterns: Use gateway and Intune logs to observe which apps trigger VPN connections and the volume of traffic routed through the tunnel.
– Plan for roaming and offline scenarios: Some devices may briefly lose connectivity or switch networks. Build behavior for reconnect, retry, and fallback to normal network when appropriate.
– Documentation and change control: Keep a centralized record of which apps are protected, the APN/remote identifiers in use, and who can modify the VPN configuration.

Troubleshooting common issues

– VPN not connecting after deployment: Verify gateway reachability, certificate validity, and that the app IDs match exactly bundle ID or package name. Check Intune policy sync status on the device.
– App does not trigger VPN: Confirm the app identifier used in the Intune policy matches the app installed on the device. Ensure the app is included in the per-app VPN assignment group.
– Certificate errors: Confirm the device trusts the issuing CA, check certificate chain, and verify that the certificate is valid for the VPN gateway. Re-issue or re-import if needed.
– Conflicts with other VPNs: If a device already has a device-wide VPN, it can conflict with per-app VPN. Consider removing device-wide VPN profiles or ensuring the per-app VPN has priority rules and correct routing.
– Performance impact: Per-app VPN can introduce some latency. Monitor gateway load and adjust the number of apps included in the per-app VPN set if you see performance degradation.
– Loss of connectivity on network changes: Ensure the VPN gateway supports seamless re-establishment and that the device’s network switching policies don’t prematurely drop the tunnel.

Real-world use cases

– Remote field workers who only need secure access to a CRM or internal resources while using consumer apps for communication can keep those non-critical apps off VPN, preserving speed and battery life.
– Contractors working on sensitive enterprise projects can run a tightly-scoped set of apps through a VPN without exposing all device traffic, reducing risk while maintaining usability.
– Healthcare and finance teams managing patient or client data in specific apps can enforce strict VPN routing for those apps, while still allowing other apps to function normally.

Alternatives and complementary solutions

– Always-on VPN: If you require broader protection, an always-on VPN profile can ensure all device traffic is tunneled. Pair this with per-app VPN for selective protection on top.
– App-proxy or secure web gateways: For some workloads, you may proxy only web traffic or API calls, rather than launching a full VPN for every app.
– Zero Trust network access ZTNA: For further segmentation and dynamic access, combine per-app VPN with ZTNA policies to verify user, device posture, and app access in real time.
– Cloud-based access brokers: In some setups, combining per-app VPN with cloud-based access brokers can simplify policy management and auditing.

Performance and privacy considerations

– Latency and throughput: Any VPN adds some latency. The impact varies with gateway distance, encryption strength, and the number of apps protected. Plan a pilot to measure performance before full rollout.
– Privacy controls: Per-app VPN helps limit data exposure by ensuring only designated app traffic goes through the VPN. This can improve privacy for non-work apps on the same device.
– Compliance alignment: This approach aligns well with data protection requirements that call for restricting how corporate data leaves the device and which apps can access it.

Frequently Asked Questions

# What is Intune per app vpn?
Intune per app vpn is a feature that lets you route traffic from specific apps through a VPN tunnel while other apps on the device use the regular network.

# How does per-app VPN work in practice?
You configure a VPN gateway and create a per-app VPN profile in Intune, then associate particular apps with that VPN. When those apps launch, the VPN tunnel is established for those apps only.

# Which platforms support Intune per-app VPN?
iOS/iPadOS, Android, and Windows devices supported by the VPN gateway and the Intune per-app VPN policy.

# Do I need a special VPN gateway for per-app VPN?
Yes. You’ll need a VPN gateway that supports per-app VPN integration, certificate-based authentication, and compatibility with the iOS Network Extension framework or Android/Windows VPN stacks.

# How do I set up per-app VPN in iOS using Intune?
Create a per-app VPN profile in Intune, configure the gateway settings, associate the apps by their bundle IDs, and deploy the policy to the target user/device groups.

# How do I set up per-app VPN on Android with Intune?
Create an Android per-app VPN policy, supply the gateway information, select the apps by package names to protect, and assign the policy to the relevant groups.

# Can Windows devices use per-app VPN via Intune?
Yes, Windows 10/11 devices can use per-app VPN with a compatible VPN gateway. You’ll configure device-level VPN profiles and associate targeted apps, then deploy to users or devices.

# What are common reasons per-app VPN fails to connect?
Possible causes include misconfigured gateway details, mismatched app identifiers, expired or invalid certificates, or conflicts with other VPN configurations.

# How do I test per-app VPN rollout?
Test on a small group first. Verify that launching a protected app triggers the VPN, confirm traffic routes through the tunnel, and check that non-protected apps stay on the regular network.

# What metrics should I monitor for per-app VPN?
VPN connection status, app association status, gateway load and latency, user-reported issues, and device enrollment sync status.

# Can per-app VPN work with Conditional Access?
Yes, you can combine per-app VPN with Conditional Access policies to ensure only compliant devices and users access protected resources through the VPN.

# Is per-app VPN suitable for BYOD programs?
It’s especially useful for BYOD because you can protect business apps without forcing all personal apps to use the VPN, balancing security and user experience.

# How do I handle certificate rotation with per-app VPN?
Plan a certificate lifecycle, set automatic renewal where possible, and ensure devices can fetch updated certificates without breaking active VPN sessions.

# What if an app needs VPN access temporarily?
You can adjust the app list in the per-app VPN policy to include or exclude apps as needed and redeploy to reflect changes quickly.

# How do I optimize performance for per-app VPN?
Limit the protection to only essential apps, ensure gateway performance is adequate, and monitor latency. Consider a staged rollout to avoid bottlenecks.

# Are there common pitfalls to avoid?
Avoid mismatch between app IDs and actual installed apps, don’t deploy VPN profiles before the gateway is ready, and don’t over-assign VPN to too many apps at once without testing.

If you found this guide helpful and you’re evaluating different VPN options to pair with per-app VPN, consider testing both a dedicated enterprise VPN gateway and a consumer-grade option for comparison in a controlled pilot. The combination you choose will depend on your organization’s size, security posture, and the specific apps you need to protect. With the right setup, Intune per app vpn can give you precise control over app traffic, better security, and a smoother user experience for your employees and contractors.

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