Start with a connection that lasts
When choosing an Android VPN, don't compare only the speed you get when opening a webpage. Background activity, battery settings, and per-app proxy controls determine whether the connection survives a locked screen, recovers after a network switch, and routes the intended apps over international routes. For everyday use, test this combination first, then compare prices and data allowances.
The tests in this guide are repeatable steps you can run on your own device, not a product ranking based on fabricated speed results. Android version, device manufacturer, client, and network conditions all affect the outcome, so results from another device can't replace your own checks. Keep the client configuration and route fixed, changing one setting at a time to identify what made a difference.
How to choose: Prioritize subscription compatibility, clear information about background operation, and support for the routing options you need. Then choose a route that works consistently on your actual network. A connection icon is only the starting point; recovery after locking the screen and successful access from the apps you need are more useful indicators.
Background operation: distinguish a dropped connection from a sleeping app
Android proxy clients typically use the system VPN service to handle selected traffic. A persistent notification often indicates that a foreground service is running, but it doesn't prove that the remote connection is healthy. The system VPN indicator also can't confirm that every app is using the proxy. Background restrictions on the target app can pause messages or downloads as well.
With the client connected, open the target app and confirm that a request succeeds. Then lock the screen and wake the device after your usual interval. Check whether the client service is still running, whether it reconnects, and whether the app can make requests again. If the client has exited, check the system's cleanup settings first. If the client is still running but requests fail, check the route, DNS, and network switching. Mixing these symptoms together can easily make a service appear unstable when it isn't.
System settings: what to check first
- In system settings, open the client's app information and find its battery or background activity options. Menu names vary by manufacturer; the key is to allow background activity, not to look for a button in the same place as a screenshot.
- If the system offers auto-start or background launch management, make sure the client has appropriate permission. Some systems also let you lock an app in the recent-apps view, but this is only a supplement, not a replacement for battery settings.
- Check whether the client provides guidance on background operation, connection status, and error logs. Don't grant permissions unrelated to network connections just to keep the client running.
- After restarting the device, check whether the service recovers. Startup launch, automatic client connection, and the system's “Always-on VPN” are different features and should be checked separately.
“Always-on VPN” requires client support. “Block connections without VPN” may also affect apps excluded from the VPN. Before enabling it, verify your per-app rules so you don't block apps that need a direct connection.
Battery settings: adjust to the symptoms, not by disabling everything
When a device is idle, the system may restrict background networking and task execution. Manufacturers may add their own cleanup policies on top. So if access works with the screen on but fails after locking it, battery management is a good place to start. By contrast, if it fails in the foreground too, removing battery restrictions usually won't fix an invalid subscription or an unavailable route.
A sensible approach is to start with the default settings and confirm that the problem can be reproduced before changing background restrictions for the client alone. If the client works but a particular messaging app still doesn't update promptly, check that app's background permissions separately. There's no need to set every app to unrestricted; that can increase battery use without helping identify the cause.
| Setting | Best suited to | Main trade-off | How to verify |
|---|---|---|---|
| Keep the default battery policy | Background connections already meet everyday needs | The system may still restrict idle activity | Wake the device after locking the screen and make a new request |
| Relax background restrictions for the client only | The client service is repeatedly stopped | Background operation may use more battery | Compare service uptime and recovery before and after the change |
| Also check background restrictions for the target app | The client works, but messages or tasks pause | The app itself may use more background activity | Check the status of the target app and client separately |
| Enable always-on and block connections without VPN | You want to restrict direct connections if the VPN disconnects | May conflict with excluded apps or local network needs | Disconnect deliberately and check how different apps connect |
For battery comparisons, keep your usage as consistent as possible and check the system's battery statistics. Video playback, weak signal, and frequent network switching can all increase power use, so don't attribute every change in total battery consumption to the VPN. Avoid blindly shortening keepalive intervals for all connections in pursuit of stability; use the settings provided by the client and service where possible.
Per-app proxy: handle app lists and domain rules separately
Per-app proxy settings determine at the system VPN layer which apps' traffic enters the client. Domain or IP routing rules determine what happens after traffic enters the client: whether it uses a proxy, connects directly, or follows another policy. These settings operate at different layers and aren't the same switch. Even if an app is included in the VPN, a rule can send its traffic direct rather than through a remote route.
Common Android options include “proxy only selected apps” and “exclude selected apps.” The first suits cases where the list of apps that need international access is fairly fixed. The second is useful when most apps should go through the rule system and only a few should connect directly. Clients handle option names, supported features, and reconnection requirements differently, so check the relevant documentation.
Choosing how to manage the app list
- Proxy only selected apps: The scope is easy to review, but newly installed apps aren't included automatically. Check target apps beyond the browser individually, too.
- Exclude selected apps: Useful when most traffic should enter the rule system, but new apps may be affected by existing proxy rules as soon as they're installed.
- Route apps through the VPN, then apply domain rules: A browser can access different types of websites, but routing rules and DNS settings need to be consistent.
Don't test only with a browser. Some apps use the system browser, other apps, or background components to complete sign-in and downloads; the requests involved may not come from the app you initially selected. If a page opens but the sign-in callback fails, check the apps involved in the flow instead of switching all traffic to a global proxy.
Android generally doesn't allow multiple apps that use the VPN service to control connections simultaneously in the same user environment. Some ad blockers and firewall apps use the same interface, so starting one may replace another. Work profiles and manufacturer-specific system changes can introduce additional differences. If VPN control keeps switching between apps, first check for these kinds of conflicts.
Clients and subscriptions: check compatibility before importing
Android doesn't natively recognize every proxy subscription format. The VPN entry in system settings and a third-party proxy client aren't interchangeable import destinations; pasting any subscription link into system settings won't make it connect. When choosing a client, check the configuration format and protocol provided by the service, along with support in the client's current version.
Shadowsocks, VMess, Trojan, and VLESS are different protocols, not brands or speed tiers. Actual connections using protocols such as VLESS also depend on transport and security settings. Hysteria2 and TUIC use QUIC-based approaches and require suitable UDP network conditions. A protocol name alone doesn't guarantee background reliability, low battery use, or access to a particular platform; it also doesn't mean VPNWH offers every one of these protocols.
- Visit the user panel's download page to find compatible clients. Download access and available options are determined by the panel.
- Sign in to the panel to get your subscription, then import it in a format supported by your client. If you get a format error, first confirm that you imported a subscription URL, not a plan page URL.
- Update the subscription and choose an available route, then set the app list and routing mode as needed. Check in advance whether updating the subscription will overwrite local changes.
- Connect through the VPN as instructed by the client, then test the target app. For configuration help, see the Quick Start Guide. Don't use unknown conversion websites to process links that contain credentials.
A subscription link may contain access credentials and should be treated as sensitive information. Don't post it in public forums. When submitting a support ticket, provide only the information support staff need and hide credentials that aren't relevant to diagnosis.
Routes and DNS: checks after connecting
IEPL, relay, and direct connections describe network paths, not client protocols. Dedicated routes generally involve dedicated transmission resources; relay routes forward traffic through an intermediate server; direct connections generally don't use an additional relay path configured by the service provider. These labels alone don't prove real-world stability. Results also depend on the network between your device and the entry point, route load, and exit conditions. Check the panel and the servers page for current VPNWH route information.
DNS resolves domain names to addresses. During traffic splitting, some domains may intentionally use local DNS resolution; that doesn't automatically mean there's a leak. The key question is whether requests that should use the tunnel or a designated resolver are bypassing the configured path. Android Private DNS, a browser's Secure DNS, and the client's DNS policy can affect one another, so check the rule logs and actual resolution path together.
An exit address shown in a browser only confirms the route used by browser-related requests; it doesn't prove that all apps, IPv6, or DNS behave the same way. Traffic the client doesn't handle may still use the original network. Verify separately that the target app can connect, the client logs show the expected rule match, and DNS check results align with your configuration.
Don't disable every DNS security option just to make a test page “look consistent.” First check how the client handles Private DNS, IPv6, and excluded apps, then adjust settings. Encrypted DNS protects the relevant resolution process; it doesn't mean other traffic is using the VPN.
A repeatable testing checklist
Record the device's system version, client version, routing mode, route name, and symptoms. Compare settings on the same route first, then compare routes with settings held constant. If you change the client, route, and battery settings all at once, the results are difficult to reuse. Test on the networks you use regularly, not just once while the device is idle.
- ✅ Foreground baseline: Open an app you actually need, load a page, sign in, or request a file, and record whether it succeeds.
- ✅ Recovery after locking the screen: Wake the device and make a new request. Distinguish a stopped client from reconnection and a paused target app.
- ✅ Network switching: Switch between Wi-Fi and mobile data and see whether the connection recovers automatically. An existing long-lived connection may break and require the app to retry.
- ✅ Per-app routing: Test apps both on and off the proxy list, and confirm that exclusion settings match actual behavior.
- ✅ Route verification: Check rule matches, exit routing, and DNS behavior for target traffic. Don't treat the result from one webpage as proof about the entire device.
- ✅ Disconnection behavior: Disconnect the client deliberately, confirm that direct access and blocking behave as expected, then restore your everyday configuration.
Switching networks changes the underlying connection, and an established long-lived connection may not continue unchanged. Focus on whether the client recovers and the app retries, rather than expecting uninterrupted service during every switch. If only one app fails, check per-app routing first; if all target apps fail, check the connection and DNS. For further diagnosis, see Troubleshooting and share your test observations through the support ticket page.
Choosing a plan to match your usage
After testing your device, compare plans based on how you use it. VPNWH monthly subscriptions are ¥9.9/month for 60GB, ¥18/month for 250GB, and ¥28/month for 500GB. Data resets monthly on the activation date, and mid-cycle upgrades are prorated by the remaining days. Check your panel usage to estimate what you need instead of guessing based on labels such as “light” or “heavy” use.
For less regular use, consider data packages: ¥158/300GB, ¥358/1000GB, and ¥658/3000GB. They last until used and never expire. The main difference between monthly subscriptions and data packages is how data resets, not that one is necessarily faster. Background sync, automatic updates, and video requests can all use data, so per-app and routing settings also affect how quickly a plan gets used.
VPNWH offers 90+ countries, 240+ routes, unlimited devices, and no email address required. Payment methods include Alipay, WeChat Pay, and USDT. You can request a full refund for any reason within 14 days of your first payment. Bank-grade encryption is a key part of the service's security approach, but it doesn't replace device permission management, subscription credential protection, or routing checks. It also doesn't mean every app uses the same route.
Bottom line: To decide whether an Android VPN is right for you, check whether it keeps running in the background on your device, recovers after network switches, and handles app lists and DNS as expected. Verify these points with the checklist above, then choose a monthly subscription or data package based on your actual usage. That's more reliable than judging by protocol names or momentary speed alone.