Intune per app vpn: Quick Guide to Per‑App VPN, Setup, Best Practices, and Tips

Intune per app vpn is a flexible way to route only selected apps through a VPN, keeping other traffic on the normal network. Quick fact: per‑app VPN lets you define which apps use a VPN connection and which don’t, giving you control over security and performance.

In this guide, you’ll get:

What per‑app VPN is and why it matters
How to plan a per‑app VPN strategy
Step‑by‑step setup for common platforms iOS, Android, Windows
Tips, common pitfalls, and troubleshooting
Real‑world use cases and data points
A handy quick reference of resources

Useful URLs and Resources text only
Apple Website – apple.com
Microsoft Intune Documentation – docs.microsoft.com
Google Android Enterprise – developers.google.com
Windows IT Pro Documentation – learn.microsoft.com
VPN Protocols Overview – en.wikipedia.org/wiki/Virtual_private_network
Per‑App VPN Best Practices – zumix.com/blog
Mobile Security Statistics – statista.com
Zero Trust Network Access – cisco.com
MDM Comparison Guide – zdnet.com

Table of Contents

What is per‑app VPN and why it matters

Per‑app VPN also known as per‑app VPN or app‑routing VPN is an approach where only specified apps send traffic through a VPN tunnel, while other apps go through the device’s normal network. This is especially useful in organizations that want to:

Limit VPN usage to sensitive apps email, file sharing, internal portals
Reduce battery and data usage by not forcing all traffic through the VPN
Provide policy‑driven security without impacting every app
Improve performance for non‑restricted apps

Key benefits:

Granular control: target apps that require secure access
Better performance: less VPN overhead on everyday apps
Easier troubleshooting: you can isolate VPN issues to specific apps

Core components you’ll need

A VPN server or service that supports per‑app routing split tunneling, app‑level routing
An MDM/EMM solution capable of deploying per‑app VPN profiles Intune in this case
App policy profiles that define which apps use the VPN
Clear app inventory: know which apps should be routed through the VPN

Common protocols you might encounter:

IKEv2 with MOBIKE
OpenVPN sometimes via VPN profiles
WireGuard less common in older Intune setups, but gaining traction
ZTNA/SASE backends that support app‑level routing

Planning a per‑app VPN strategy

Before you jump into setup, map out:

Which apps need VPN access: corporate email clients, internal docs, SaaS gateways
When VPN should be used: only on corporate network access, or always for certain apps
User groups: onboarding new employees, contractors, or BYOD scenarios
Device platforms: iOS, Android, Windows, macOS teams may vary in capability
Compliance requirements: data leakage prevention, device posture checks, conditional access

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Start with a small pilot: 2–3 critical apps on a subset of devices
Define success metrics: VPN uptime, app latency, user satisfaction
Establish rollback procedures if the experience degrades

Setting up per‑app VPN in Intune: step‑by‑step

Note: steps can vary slightly based on the OS version and the VPN backend you’re using. The general flow is consistent: configure a VPN connection, create an app policy that uses VPN, and assign it.

Windows devices

Prepare your VPN server/service to support per‑app routing split tunneling and app‑level routing enabled
In Intune, create a VPN profile:

Platform: Windows 10 and later
Profile type: VPN
Connection name: e.g., CorpPerAppVPN
Server address and authentication method

Create a per‑app VPN policy App‑level assignment:

Navigate to Apps > App configuration policies
Add a policy that specifies the VPN connection to use and the apps that should route through it

Assign apps that require VPN:

Use app policy to list the Windows apps e.g., Outlook, Edge with corporate proxy, VPN‑backed internal apps

Deploy to user groups and devices
Validate:

Check VPN connection state in the client
Verify traffic from targeted apps is tunneled
Ensure non‑targeted apps don’t use the VPN

iOS devices iPhone/iPad

Ensure your VPN solution supports per‑app VPN on iOS NEVPNManager, Network Extension
In Intune, create a VPN profile:

Platform: iPhone or iPad
Profile type: VPN
Connection type: IKEv2 or IPsec as supported

Create a per‑app VPN policy App Configuration Policy:

Specify the apps that should route through the VPN e.g., Outlook Mobile, internal VPN‑secured apps

Assign the policy to user groups
Deploy and test on a few devices:

Check that the specified apps initiate VPN
Confirm other apps bypass VPN

Monitor logs for VPN connection drops and app traffic

Android devices

Confirm your Android device is compatible with per‑app VPN Android 9+ often supports per‑app VPN via VPN services
In Intune, create a VPN profile:

Platform: Android either 9.0+ or the specific version you use
Profile type: VPN

Create per‑app VPN policy:

List apps that should use VPN e.g., corporate mail app, internal browser
Include app permissions and any required network rules

Deploy to groups and verify:

App traffic routes through VPN
Non‑restricted apps use normal network

Troubleshoot common Android VPN issues battery saver, app permissions

Common troubleshooting steps across platforms

Check VPN server status and certificate validity
Ensure the app list for VPN is correct and not blocked by OS restrictions
Verify split tunneling rules on the VPN gateway
Review Intune device compliance policies that might affect VPN connectivity
Look at client logs for errors Windows: Event Viewer, iOS/Android: VPN logs in Settings

Data, stats, and best practices

Per‑app VPN can reduce VPN traffic by up to 60–70% on devices with many light‑weight apps, depending on usage patterns
Organizations report improved user experience when only critical apps go through VPN, with latency decreases of 20–40% for non‑VPN apps
Keep the number of targeted apps small during initial pilots to minimize complexity
Regularly audit the app list to remove apps no longer in use or reclassify apps if their risk profile changes
Use conditional access to ensure only compliant devices get VPN access
Document all app scope changes and communicate with users about which apps use VPN and why

App inventory and policy management

Maintain an up‑to‑date app catalog: which apps are allowed, which require VPN, and which are exempt
Use Intune’s app protection policies to enforce data handling rules for VPN‑using apps
Implement a change management process for VPN policy updates
Create a simple user guide explaining how VPN works for apps and what to do if VPN disconnects

Security considerations

Per‑app VPN helps minimize risk by limiting VPN exposure to specific apps
Ensure VPN credentials and certificates are rotated on a schedule
Use strong authentication MFA for VPN access when possible
Monitor for anomalous VPN usage and apply device posture checks
Align with your zero trust and identity‑driven access strategy

Performance considerations

Split tunneling can reduce VPN overhead but may require careful routing rules to avoid leaks
Test VPN latency with the same endpoints users access daily
Consider caching and offline modes for critical apps to reduce dependence on constant VPN uptime
Educate users about potential battery usage changes on mobile devices

Best practices checklist

Start with a focused pilot: 2–3 apps on a limited device group
Use clear naming for VPN profiles to avoid confusion
Keep a visible rollback plan if performance dips
Document user communication: what to expect, how to report issues
Regularly review and update app lists and policies
Align VPN usage with corporate security policies and data governance

Real‑world use cases

Sales team accessing internal CRM via VPN for secure data syncing
HR staff using VPN to upload sensitive documents to a secure intranet
Remote workers running internal finance tools that require a secure channel
BYOD programs with a strict app list to minimize corporate data exposure

Quick reference: common issues and fixes

Issue: VPN doesn’t start when opening a targeted app
Fix: Verify app list in policy, ensure the VPN profile is active on the device, check app permissions
Issue: Non‑targeted apps are routed through VPN
Fix: Revisit split tunneling rules and ensure app authorization is properly set
Issue: VPN drops frequently on Android
Fix: Check device power management settings, disable aggressive battery optimization for VPN apps
Issue: VPN works on test devices but not on users’ devices
Fix: Review device compliance and enrollment status, verify policy applicability, check certificate trust chain
Issue: Slow performance for VPN‑driven traffic
Fix: Assess VPN gateway capacity, optimize routing, consider upgrading server resources

Advanced tips for admins

Use analytics to measure which apps are driving VPN usage and adjust policy accordingly
Implement phased rollouts: start with hard‑to‑compromise apps and gradually broaden
Consider backup VPN routes or fallback policies for critical apps during outages
Keep an eye on platform updates that affect per‑app VPN capabilities and adjust configurations
Create a runbook for on‑call engineers detailing common failure modes and remediation steps

Future trends to watch

More VPN backends supporting per‑app routing natively
Deeper integration with zero trust platforms for dynamic app routing
Increased use of AI‑driven policy recommendations based on app behavior and risk scores

Quick-start checklist

Confirm VPN backend supports per‑app routing
Plan pilot scope and success metrics
Prepare app inventory and policy mapping
Create and deploy VPN profiles per platform
Define and assign per‑app VPN policies
Validate with a controlled user group
Monitor, collect feedback, and iterate

Frequently Asked Questions

What is Intune per app vpn?

Intune per app vpn is a setup where only selected apps on managed devices are routed through a VPN connection, while other apps use the normal network. This provides targeted security and better performance.

Which platforms support per‑app VPN with Intune?

Per‑app VPN is commonly implemented on Windows, iOS, and Android devices via Intune, with specific capabilities depending on the VPN backend and OS version.

How do I start a pilot for per‑app VPN?

Choose 2–3 critical apps, enroll a small group of devices, configure a basic per‑app VPN policy, and monitor performance and user feedback for 2–4 weeks. In browser vpn chrome in-browser Chrome extensions: how to use, top options for private browsing, and a 2026 comparison

Do I need a VPN server that supports per‑app routing?

Yes. Your VPN gateway or service must support per‑app or app‑level routing, otherwise all traffic will go through the VPN or none will be correctly routed.

Can I mix VPN and non‑VPN apps on the same device?

Yes. Per‑app VPN is designed to allow a mix—some apps route through VPN, others don’t, depending on your policy.

What is split tunneling in the context of per‑app VPN?

Split tunneling is a technique where only traffic matching certain rules like app traffic goes through the VPN, while other traffic uses the regular network.

How do I verify that an app is using the VPN?

Use app‑level diagnostics on the device to observe traffic paths, monitor VPN connection status, and test access to corporate resources from the app.

What metrics should I track for success?

VPN uptime, app‑level latency, data usage, user adoption, incident count, and a user satisfaction score. Hoxx vpn proxy extension: complete guide to setup, performance, safety, and best alternatives in 2026

How do I handle onboarding for employees in a BYOD scenario?

Create clear enrollment steps, restrict VPN access to compliant devices, and provide a simple guide for employees to understand which apps use VPN.

What are common pitfalls with per‑app VPN?

Overlapping app lists, misconfigured routing rules, and performance bottlenecks at the VPN gateway. Start small and iterate.

How often should I review per‑app VPN policies?

Regular reviews are recommended quarterly, or sooner if there are changes in apps, security requirements, or network topology.

Is MFA required for VPN access?

Enabling MFA for VPN access is highly recommended to reduce credential‑theft risk and add an extra layer of security.

Can per‑app VPN work with zero trust networks?

Absolutely. Per‑app VPN complements zero trust by enforcing app‑level access and reducing exposure, especially when combined with continuous authentication and device checks. How to enable vpn edge 2026

Intune per app vpn: a comprehensive guide to deploying per-app VPN in Microsoft Intune with step-by-step setup, best practices, and real-world tips

Intune per app VPN is a feature that lets you apply a VPN to specific apps on managed devices. In this guide, you’ll get a practical, battle-tested walkthrough of what per-app VPN is, why it matters, and how to implement it across iOS, Android, and macOS devices with notes for Windows where relevant. You’ll also find real-world use cases, common pitfalls, and a step-by-step setup you can reuse in your organization. Think of this as a hands-on playbook, not just a theory piece. If you’re shopping for a VPN to pair with Intune per app VPN, NordVPN often comes up as a solid option to complement your setup—check out this deal:

Useful resources un clickable text, just the URLs to reference

Microsoft Learn – https://learn.microsoft.com/en-us/mem/intune/
Apple Developer – https://developer.apple.com/business/
Android Enterprise – https://developers.google.com/android/work/play
VPN for per-app use – https://www.openvpn.net

In the rest of this guide, you’ll learn:

What per-app VPN does and when to use it
Supported platforms and prerequisites
How per-app VPN works in Intune, with practical steps
A step-by-step setup for iOS/macOS and Android
Design patterns, security considerations, and governance
Troubleshooting tips, caveats, and performance notes
Real-world scenarios and best practices
A thorough FAQ to cover common questions

What is Intune per app VPN, and when should you use it?

Per-app VPN is a strategy that routes traffic from selected apps through a VPN tunnel, without forcing all device traffic through the VPN. This approach protects only the apps handling sensitive data or accessing internal resources, while preserving normal network use for non-sensitive apps. It’s particularly valuable when:

You need granular control over which apps’ traffic traverses your corporate network.
You want to minimize battery drain and data use by avoiding per-device VPN unless necessary.
Your risk profile demands that only certain apps reach internal resources like intranet apps, internal APIs, or sensitive SaaS through a secure path.

Why use per-app VPN with Intune? Because it combines centralized policy management with app-level traffic controls. You don’t have to roll out a single, device-wide VPN for every employee. Instead, you map specific apps to a VPN connection managed by your VPN provider, ensuring that only those apps get the protected channel. Hoxx vpn review 2026

Key benefits you’ll likely feel quickly:

Better security for critical apps without broad device constraints
More predictable battery and bandwidth use
Easier compliance with internal data governance rules
Clear audit trails for app-specific traffic

How Intune per app VPN works

At a high level, per-app VPN in Intune relies on the VPN client or VPN provider’s app that supports per-app VPN configuration and a mapping layer in Intune to decide which apps should use that VPN connection. The device will launch the VPN extension or service when a mapped app starts, and traffic from that app will be coerced through the VPN tunnel.

Important concepts to know:

App VPN profile: A configuration in Intune that links a VPN connection the VPN provider’s app to one or more managed apps.
VPN connection: The actual tunnel established by the VPN provider’s app IKEv2/IPsec is common, but specifics depend on your VPN solution.
App mapping: The list of apps in Intune that are configured to use the App VPN connection. users don’t manually switch it on for those apps—the OS handles it automatically when the app is launched.
Always-on vs. on-demand behavior: Some platforms allow you to require the VPN connection as long as the app is running, while others may permit on-demand behavior with user prompts.

What this means in practice: you deploy a VPN client on the devices, configure the App VPN profile in Intune, map the internal apps to that VPN profile, and deploy both to your user groups. When a user opens a mapped app, the VPN tunnel kicks in automatically, ensuring traffic to internal resources goes over the secured path.

Platform support and prerequisites

iOS and iPadOS: Strong support for App VPN with per-app mapping. Requires an app that exposes a VPN extension and supports per-app VPN configuration.
macOS: App VPN with per-app mapping is supported similarly to iOS, via VPN extensions and managed app configurations.
Android: Per-app VPN is supported where the VPN app offers per-app routing and integrations with Android Enterprise. You map apps in Intune so that they route through the VPN when launched.
Windows: Per-app VPN isn’t as native as mobile platforms. You’ll typically rely on device-level VPN configurations or use enterprise network solutions that support app-specific routing through policy orchestration rather than a native per-app VPN implementation in the same sense as iOS/macOS or Android. Plan accordingly if you have Windows devices as a primary platform.

Prerequisites worth noting: How to use tunnelbear vpn on windows step-by-step guide to install configure and optimize tunnelbear on Windows 10 11 2026

A VPN provider/app that supports per-app VPN some vendors offer explicit App VPN extensions or APIs for app-level routing.
A properly signed and trusted VPN profile on devices certificates or trusted roots may be required.
Admin access to the Microsoft Endpoint Manager admin center Intune to create and deploy App VPN profiles.
App packaging and deployment strategy to ensure the VPN app and the mapped apps are available on devices.

Step-by-step setup: iOS/iPadOS and macOS

Note: the exact UI may vary slightly depending on your Intune version and portal updates, but the flow remains the same.

Prepare the VPN provider and app

Ensure your VPN provider supports per-app VPN on iOS/macOS. Install the VPN app on devices via an app policy or the managed app list.
If certificates are required for VPN authentication, set up the certificate authority CA trust and distribution in Intune or use device-based certificate enrollment.

Create a per-app VPN profile in Intune

Go to Microsoft Endpoint Manager admin center.
Choose Devices > macOS/iOS/iPadOS or Android, depending on platform > Configuration profiles > Create profile.
Platform: select iOS/iPadOS or macOS.
Profile type: App VPN or Per-app VPN, depending on portal naming.
Enter a meaningful name and description e.g., “App VPN – Finance Apps”.
Configure VPN connection: choose the VPN connection name that matches the VPN provider’s app profile IKEv2, IPsec, etc., server address, and any authentication details certificate-based, username/password, or token-based as required.
Optional: set “Always-on” behavior if your policy supports it meaning the VPN stays up when the device is connected, for the mapped apps.

Map apps to the VPN

Within the same profile, locate the per-app VPN mapping section.
Add the apps you want to protect: select your internal, enterprise apps e.g., intranet web viewers, internal API clients, or custom enterprise apps.
Save the mapping and assign the profile to a device group e.g., all iOS devices, or a subset like Finance team devices.

Deploy the VPN app and apps

Ensure the VPN app is deployed to the devices via Managed apps or Store apps policy.
Ensure the mapped apps are deployed and available to users.
Make sure the device users receive the policy and can enroll.

Validation and testing

Enroll a test device, install apps, and launch a mapped app.
Confirm the VPN tunnel is established check the VPN status in the VPN app, or use a network test page that shows the IP/endpoint to confirm traffic is going through the VPN.
Validate that non-mapped apps do not use the VPN automatically.

Monitoring and logs

In Intune, use the reporting and device status sections to monitor deployment success, app mapping status, and device compliance.
If your VPN provider offers connection analytics, pull in those logs to verify tunneling behavior and detect leaks or misrouting.

Step-by-step setup: Android

Install and verify VPN app compatibility

Confirm the VPN app supports per-app VPN routing under Android Enterprise.
Push the VPN app to devices using the Managed Google Play store integration in Intune.

Create per-app VPN profile

In Intune, create a per-app VPN profile for Android.
Provide VPN server details, authentication method, and which apps should use the VPN.

Map apps

Add the Android apps you want to route through the VPN—these could be enterprise apps that access internal resources or sensitive data apps.
Ensure the apps have been deployed to devices.

Assign and enforce

Assign the profile to the devices/groups you want to protect.
Consider setting a guard policy e.g., require VPN for certain actions or apps, enforce reconnection after network changes.

Test and monitor

Open a mapped app on a test device and verify traffic routing.
Check the VPN status in the Android notifications and verify there’s no data leakage in non-mapped apps.

Security, governance, and best practices

Prefer certificate-based authentication for VPN connections whenever possible. It reduces password-based credential exposure and simplifies rotation.
Disable or tightly control split tunneling for apps that handle sensitive data. Full-tunnel mode all traffic through VPN offers stronger security, but you may need to balance performance and compatibility.
Use strong identity and device posture checks. Ensure devices are compliant before allowing VPN connections or app access.
Regularly audit app mappings and ensure only authorized apps are protected by the VPN profile. Remove apps that no longer require VPN protection.
Keep VPN client software updated. Security patches from the VPN provider matter as much as updates to Intune policies.
Consider combining per-app VPN with additional security controls, such as conditional access, app config policies, and MFA where appropriate.
Document your app-vpn strategy. A living policy guide helps IT and security teams stay aligned and makes onboarding new admins easier.

Performance and user experience considerations

VPN overhead: Expect some extra latency and possible slower throughput due to encryption and routing through the VPN. Test with typical app workloads to quantify impact.
Battery impact: Per-app VPN can affect battery, especially if the VPN is always on. Consider enabling on-demand activation or automatic reconnection strategies that minimize device wakeups.
App compatibility: Some apps may not behave well with VPNs that terminate or re-establish connections frequently. Plan for edge cases and test with critical enterprise apps first.
Network fidelity: In roaming or spotty networks, the VPN connection can drop. Use a robust reconnect strategy and provide guidance to users for manual reconnect if needed.

Real-world use cases

Finance department accessing internal accounting systems: Map the internal finance app to the per-app VPN so its data and API calls always go through the corporate network, keeping sensitive financial data protected in transit.
Remote field teams with sensitive data: Field apps that collect client data or upload to internal services can be secured by per-app VPN, ensuring client data never leaves through public networks.
R&D and IP protection: Internal apps used for prototype design and source code repositories can be protected by per-app VPN to minimize exposure on untrusted networks.

Common pitfalls and how to avoid them

Pixel-perfect app mapping: Ensure the app bundle IDs or package names you map exist and are stable across app updates. A mismatch can render the mapping ineffective.
VPN app lifecycle: If the VPN app isn’t installed or stops running, mapped apps won’t route traffic as intended. Keep the VPN client installed and validated during device provisioning.
Certificate management: If you’re using certificates, ensure the certificate chain is trusted on devices and that renewals don’t interrupt VPN operation.
Cross-platform consistency: When you have both iOS and Android users, align the per-app VPN policy as much as possible to avoid divergent user experiences.
License and policy alignment: Make sure your VPN provider’s terms align with your enterprise policies and data residency rules. Coordinate with legal and compliance teams as needed.

Alternatives and limitations

Per-app VPN vs. device-wide VPN: Per-app VPN is excellent for granular control, but it may complicate deployment compared to a simple device-wide VPN. If you only need a quick, uniform protection layer, a device-wide VPN may be simpler to manage.
ZTNA and identity-based access: If your internal resources are accessible via ZTNA or identity-driven controls, you can complement per-app VPN with those solutions to provide secure access without heavy VPN reliance.
Windows-specific considerations: Windows devices typically rely on device-level VPN configurations or conditional access gating rather than native per-app VPN. Plan for a Windows-specific strategy if you have a mixed environment.

Real-world tips to level up your Intune per app VPN deployment

Start small: Pilot with a small group of users and a couple of critical apps to validate the setup before enterprise-wide rollout.
Create a rollback plan: If something goes wrong, you want to revert mappings or profiles quickly. Document the steps to remove app mappings or disable the App VPN profile.
Document everything: Keep a live runbook with prerequisites, steps, and troubleshooting notes. It will save you time when onboarding new admins or when you scale.
Train IT support: Ensure helpdesk understands common VPN issues and how to diagnose app-specific VPN problems, including checking VPN status in the vendor app.

Frequently asked questions

1 What is Intune per app VPN?

Intune per app VPN is a deployment approach that routes traffic from selected applications through a VPN tunnel managed by Intune, so only mapped apps use the VPN connection, while the rest of the device traffic remains on the local network.

2 Which platforms support per-app VPN in Intune?

Per-app VPN is supported on iOS, iPadOS, macOS, and Android. Windows devices may rely more on device-level VPN configurations and other secure access approaches rather than true per-app VPN.

3 How do I map apps to a per-app VPN in Intune?

You create an App VPN profile in Intune, configure the VPN connection details, and then add the apps you want to protect to the mapping within the profile. Assign the profile to the target device groups.

4 Do I need a special VPN provider to use per-app VPN?

Yes. You’ll need a VPN provider that supports per-app VPN or offers an App VPN extension/API compatible with iOS/macOS or Android. Check with your provider to confirm per-app capabilities and integration steps. How to turn on vpn on microsoft edge and enable a secure browser VPN extension in Edge for private browsing on Windows 2026

5 Can I use per-app VPN with Windows devices?

Windows support for per-app VPN is more limited. You’ll generally configure device-wide VPN policies or rely on alternative secure access methods for Windows devices. Plan accordingly if you have a Windows-heavy environment.

6 How do I test per-app VPN deployment?

Test with a small group of devices first. Install the VPN app, map a couple of internal apps, and launch them to verify traffic routes through the VPN. Use network testing tools inside the apps or external sites to verify IP/border endpoints.

7 What are the differences between per-app VPN and full-device VPN?

Per-app VPN protects only selected apps, offering granular control and potentially less device impact. A full-device VPN protects all traffic from the device, which can be easier to manage but may cause more battery and performance impacts and less flexibility.

8 How does per-app VPN affect battery life?

There can be a battery impact due to continuous VPN usage, especially if Always-on VPN is enabled. Careful configuration on-demand activation, reconnection strategies can help mitigate this.

9 Is per-app VPN compliant with data residency requirements?

It can be, provided you configure the VPN to route traffic through approved data centers and stakeholders maintain control over routing paths. Always align with your legal and compliance teams to ensure data residency compliance. Ghost vpn chrome guide 2026: a comprehensive setup, features, privacy, performance, and alternatives for Chrome users

10 Can I implement per-app VPN for both iOS and Android at the same time?

Yes. You can create platform-specific App VPN profiles and mappings in Intune to cover both iOS/iPadOS and Android, but you’ll configure each platform according to its own needs and capabilities.

11 How do I monitor per-app VPN usage in Intune?

Use Intune’s device and policy reports to track deployment status, app mappings, and VPN connection status. Some VPN providers also offer analytics and logs that you can correlate with Intune data for a fuller picture.

12 What are common mistakes to avoid in per-app VPN deployments?

Overcomplicating the app mapping, underestimating certificate management, not testing on real devices, and failing to keep VPN clients up to date are common missteps. Start with a limited pilot, then expand, and keep your runbook fresh.

If you’re ready to level up your security posture with per-app VPN on Intune, start with a small pilot, confirm your VPN provider’s per-app capabilities, and keep the governance tight. The combination of App VPN mapping and clear app boundaries will help you protect sensitive internal resources without bogging down everyday device usage.

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