Android VPN Setup Guide: Install the App and Verify Your Connection

Setting up an Android VPN is straightforward. The steps most likely to cause trouble are choosing the installation source, importing the subscription, granting system VPN access, and preventing battery restrictions. Complete these five steps in order, then check your exit IP, DNS, and routing results to confirm the connection is working—not just showing “Connected” in the app.

Android brands may rename or rearrange settings, but the underlying process is much the same: the app reads the subscription, uses Android’s VPNService to create a local virtual network interface, and sends matching traffic through the selected route. This guide is not tied to one app interface. Common button labels are listed together so you can find the same function on different Android skins.

Before you begin: confirm the installation source and subscription details

Before installing anything, prepare the app package and a working subscription. 94VPN users can get the Android app or compatible client details from the Downloads page in the user panel, then copy the link from the subscription section. Avoid downloading installation files from mirror pages found in search results: identical names do not guarantee identical sources.

If another proxy, ad-blocking, or enterprise networking app is already installed, disconnect it first. Android usually allows only one VPNService-based app to occupy the system VPN channel. When two apps try to connect, the later one may replace the first, or an app may show a successful connection while traffic is not forwarded as expected.

✅ Get the client from the user panel or a channel explicitly provided by the project.
✅ Prepare the complete subscription link; do not omit any leading, trailing, or special characters when copying it.
✅ Make sure the device has enough free space to install the app and save its configuration.
✅ Temporarily disconnect other VPN, proxy, or local filtering apps to avoid channel conflicts.
✅ Keep a working internet connection available, because the client must fetch the remote configuration when importing the subscription.

Key takeaway: Before installation, you only need two essentials: a client from a trusted source and a complete, private subscription link. Resolve app conflicts first to reduce the time spent troubleshooting “connected but no internet” problems later.

Step 1: Install the Android client

Get the installation file from the user panel

Open your browser, go to the user panel, and look for “Downloads,” “Clients,” or “Get the client.” Choose the Android version. Once the download finishes, open the file from the browser’s download history or the system Downloads folder. Android’s installer usually recognizes the file type automatically and opens the installation confirmation screen.

If the system says the browser or file manager cannot install unknown apps, tap “Settings” in the prompt, open that app’s source permission page, and enable “Allow from this source.” Return and open the installation file again. This permission applies only to the app opening the package. If you downloaded it with the browser but granted permission to a different file manager, installation may still be blocked.

After installation, you can turn off the temporary source permission. Then open the client from the home screen or app list. If the first launch shows a privacy notice, configuration migration prompt, or notification permission request, read its purpose before deciding. Notifications are commonly used to show connection status and background service activity, but they are separate from system VPN access. Denying notifications does not deny VPN connections.

How to tell the installation is complete

Installation is complete when the client appears in the system app list and opens its main screen normally—not merely when the download bar reaches the end. The route list may be empty on first launch, which is normal because the client has not read the subscription yet. Import the subscription next; do not guess server addresses, ports, or protocol parameters from an empty list.

Step 2: Import the subscription link and update routes

Return to the subscription section of the user panel and use “Copy subscription.” Then open the client and look for “Subscription,” “Configuration,” “Config files,” or an add button in the top-right corner. Common import options include “Import from clipboard,” “Add subscription URL,” and “Scan QR code.” When working on the same Android device, clipboard import is usually the quickest option and reduces typing errors.

Copy the complete subscription link from the user panel.
Open the client’s subscription or configuration manager.
Choose clipboard import, or paste the link into the URL field.
Give the subscription an easy-to-recognize name, such as the service name or its purpose.
Save it, then tap “Update,” “Sync,” or the refresh button and wait for the route list to appear.

After a successful import, the client parses the node information in the subscription into a route list. A subscription is not a single route or a regular browser bookmark; it is the entry point the client uses to retrieve configuration. When routes change, update them from the subscription manager instead of uninstalling and reinstalling the client.

Do different protocols require a different client?

The route list may include Shadowsocks, VMess, Trojan, VLESS, Hysteria2, or TUIC. Their transport methods and client-core support differ. Shadowsocks is an encrypted proxy protocol; VMess and VLESS are common in their respective proxy-core ecosystems; Trojan commonly uses TLS transport; Hysteria2 and TUIC focus on UDP-based transport. A protocol name alone does not indicate speed or stability. Actual performance also depends on the network path, server configuration, and the network you are using.

If the subscription updates successfully but a certain type of route is missing, or tapping it shows “Unsupported protocol,” the current client core is usually incompatible; the subscription link is not necessarily invalid. Check the client and version recommended in the user panel before switching. Do not open protocol links as ordinary web addresses in a browser or manually alter their encoded content.

What you see after importing	Possible cause	Next step
The route list appears normally	The client has read the subscription	Choose a route for the target region and continue to system authorization
The link format is reported as invalid	The copy is incomplete, or explanatory text was pasted along with it	Copy the subscription address again, keeping only the complete link
The update fails or times out	The current network cannot fetch the subscription, or the connection was temporarily interrupted	Confirm that the basic network works, then refresh again
Some protocols are missing	The client core does not support the corresponding configuration	Use a compatible client recommended in the user panel
The list is still empty after importing	The subscription was not saved, or an update was not run	Check the subscription manager and sync manually

Step 3: Choose a route and grant VPN access

Once the routes appear, choose one for your target region. For Japan-based content, select a Japan exit; for a specific international service, prefer a region it supports. During the first setup, avoid changing every advanced parameter at once. Keep the client’s recommended routing, DNS, and protocol settings so you can tell whether a problem comes from the route or from custom configuration.

Direct, relay, and IEPL describe network path categories, not protocol names. A direct route connects the device straight to an overseas server. Its path is simple, but it can be more affected by fluctuations at the local carrier’s international gateway. A relay route typically connects to a nearby entry point before the service network forwards traffic to the target region, which can help with cross-border paths. IEPL generally refers to a dedicated-type path for cross-border transmission, but quality still depends on access, scheduling, and implementation; the route label alone is not enough to judge it.

After you tap the client’s connect switch, Android displays a system dialog explaining that the app wants to establish a VPN connection. Confirm that the app name matches the client you just installed, then choose “OK” or “Allow.” This is system-level authorization and cannot be bypassed by the client. After the first approval, the same app usually will not show the dialog again for later connections; reinstalling, clearing data, or switching apps may trigger it again.

After authorization succeeds, the system status area usually shows a VPN indicator, and the client changes from “Disconnected” to “Connected.” If the confirmation dialog flashes briefly and the connection drops immediately, check whether another VPNService app is running, then check whether the selected route is compatible with the current network.

Step 4: Adjust the battery exemption and background activity

Android may restrict apps that remain active in the background for long periods. If the VPN client is put to sleep, it may disconnect after the screen locks, lose its connection when you switch apps, stop showing notifications, or fail to restore the route automatically. Menu names vary by brand; common locations include “Battery,” “App battery management,” “Background activity,” “Auto-start,” and “Battery optimization.”

Long-press the client icon, open “App info,” and select “Battery” or “Battery usage.” Change the policy from strict restriction to allowing background activity, or choose “Don’t optimize” in the battery optimization list. If the system also has limits for auto-start, associated launch, or background pop-ups, allow the client to resume service when the network changes. When finished, return to the client, disconnect, and reconnect so the background service starts under the new policy.

A persistent notification is a common way for Android to keep a foreground service running. If the client offers a connection-status notification, keeping it visible helps you tell whether the service is still active. Hiding the notification icon does not directly improve stability; on some systems, restricting notifications and background access together can make the service more likely to be terminated.

✅ Allow the client to run in the background from App info.
✅ Add the client to the battery optimization exceptions or battery-saver whitelist.
✅ If the system provides auto-start management, allow the client to start automatically.
✅ After locking the screen, reopen a web page to confirm the system has not put the connection to sleep.
❌ Do not allow multiple VPNService apps to start automatically at the same time.

Android also offers system options such as “Always-on VPN.” This suits users who want the device to keep using the same VPN configuration, but before enabling it, confirm that the client can recover after startup, network changes, and temporary route failures. If “Block connections without VPN” is enabled too, a route failure may leave the device completely offline. For a first setup, complete a normal connection test before enabling this option if needed.

Step 5: Verify the connection works, not just the switch

When the client shows “Connected,” it only means the local VPN channel has been established; it does not prove that the target traffic is using the expected exit. A complete check should cover the exit IP, target region, DNS requests, and the actual app or website result. Record the network test results while disconnected, then reconnect through the target route and fully reload the test page to avoid cached browser data.

Disconnect the client, open this site’s network test page, and check the current exit region.
Connect to the target route and fully refresh the test page.
Confirm that the exit IP and region changed as expected.
Run a DNS check and see whether lookup requests still expose the resolver used by the local network.
Open the website or app you actually plan to use and confirm that sign-in, loading, and session persistence work normally.

The exit changes correctly, but web pages still will not load

Separate the route, DNS, and routing-rule possibilities first. Try another route in the same region; if every route fails only on particular sites, check the DNS and routing settings. Some clients support system DNS, remote DNS, encrypted DNS, or configuration-managed DNS. When custom DNS does not match the subscription rules, a domain may resolve successfully but connect through the wrong path, or a lookup intended for remote handling may be sent through the local network.

A DNS leak occurs when application traffic enters the VPN but domain lookups are still sent through an unexpected local resolution path. It may not cause an outage, so check it separately. Start by restoring the client’s recommended DNS settings, reconnect, and test again. Do not layer conflicting DNS rules across the system, browser, and client.

Which should you use: global mode or split tunneling?

Global mode sends more traffic through the selected route, making it useful for ruling out routing-rule problems during initial testing, but local apps and sites in mainland China may also take the longer path. Rule-based routing chooses direct or proxied access by domain, IP, or app rules and is better for everyday use, although outdated or incorrect rules can miss a target domain. Per-app routing lets you choose which apps enter the VPN, but clients differ in how they handle system components, browser subprocesses, and local-network access.

Verification result: The system VPN indicator, changed exit IP, DNS path, and working target app must all line up. A colored client button alone is not enough to prove that all traffic is using the selected route.

Common troubleshooting: narrow down the cause symptom by symptom

No internet access at all after connecting

Disconnect first and confirm that the underlying network works on its own. Once basic connectivity is confirmed, close other VPN, proxy, and ad-filtering apps, restore the client’s default routing and DNS, and test another route. If mobile data works but Wi-Fi does not, the issue may involve how the current Wi-Fi network handles UDP, specific ports, or DNS. Configurations using UDP-based transport such as Hysteria2 and TUIC may not work on restricted networks; try another route type supported by the client and subscription.

The subscription updates, but every node times out

Subscription updates and node connections use two different paths. A successful update only shows that the client could read the configuration; it does not prove every route can connect on the current network. First check that the device time is set to automatic synchronization, since TLS-related connections depend on accurate time. Then try different protocols or entry points. If only one protocol family fails, focus on client-core compatibility and restrictions the current network places on that transport method.

The connection drops after screen lock or a network change

Recheck the battery whitelist, background activity, and auto-start permissions. Then test screen-lock recovery and switches between Wi-Fi and mobile data separately. Some clients offer “Reconnect after network changes” or “Reconnect on disconnect”; enable these after the basic connection works. If a memory-cleaning tool is also running, add the client to its keep list, or the cleaner may override the system whitelist.

Some apps work, while others still use the local network

Open the client’s routing or per-app proxy page and check whether the target app is excluded. Some clients use “Proxy selected apps,” while others use “Bypass selected apps”; the two switches have opposite meanings. Also check LAN bypass, direct access for mainland China addresses, and custom rules. To avoid a false diagnosis, temporarily switch to global mode and test again. If global mode works, the problem is usually in split-tunneling rules rather than installation or system authorization.

The connection fails after switching clients

Disconnect the old client first, then check the system VPN settings for a leftover always-on configuration. Android clients do not all use the same core, subscription parser, or protocol support. A subscription visible in one client may contain fields another client cannot parse. Use the import method recommended in the user panel and sync again from the subscription source; do not copy the old client’s internal database directly.

✅ Confirm that the basic network works while disconnected.
✅ Change one variable at a time, such as the route, protocol, DNS, or routing mode.
✅ Reconnect after switching routes, then refresh the test page.
✅ Read the client’s error message and distinguish a resolution failure, connection timeout, or permission conflict.
❌ Do not change every advanced parameter during an outage, or you will not know which change helped.

Routine maintenance: update subscriptions and protect your configuration

Once the connection is stable, routine maintenance mainly means updating the subscription, choosing regions by purpose, and keeping the client compatible. If the route list looks wrong, refresh the subscription instead of repeatedly uninstalling the app. After a client upgrade causes configuration issues, export local rules only if the client permits it, and never upload files containing subscription credentials to a public location.

When switching service regions, check the exit IP again. For services that are sensitive to regional consistency, avoid changing between multiple countries or regions repeatedly within a short period. Apps that need direct local access can be handled with routing rules, but verify the target app and DNS path again after making changes.

If the configuration involves work data or an enterprise network, follow your organization’s network and data policies. A personal subscription does not replace required enterprise authentication, device management, or access controls. A VPN changes the network path; it does not replace account security, system updates, or app permission management.

Complete workflow: install the client from a trusted source, import the complete subscription, approve system VPN access, remove background battery restrictions, then verify the result with the exit IP, DNS, and the actual app. When something fails, troubleshoot in this order: network, client, route, DNS, and routing rules. This is more effective than reinstalling repeatedly.