VPNRG Troubleshooting Guide

Start with layered checks: do not change every setting at once

Troubleshooting most often fails not because a magic setting is missing, but because the route, protocol, proxy mode, DNS, and app rules are all changed at once. Even when the connection returns, you cannot tell what actually fixed it. The right approach is to hold the environment steady and eliminate one layer at a time. Treat the current network, client, subscription, and target website as four separate variables. Change only one at a time and record the result before and after. Once you identify where the behavior first differs, the problem narrows quickly.

Describe the symptom before guessing the cause

“It does not work” is not specific enough to guide troubleshooting. Rewrite it as something verifiable, such as: the client cannot complete a connection; the client says it is connected but no websites open; the browser works but one app does not; playback is normal during the day but buffers at peak hours; switching networks restores access; or updating the subscription returns a resolution error. Include the scope, whether the issue reproduces consistently, and what changes after switching networks or routes. The more precise the description, the easier it is to distinguish an access-network, client-configuration, route-quality, system-DNS, or target-service issue.

Create a minimal test environment

Pause downloads, cloud sync, system updates, and streaming. Keep one browser window and the client open. Close other tools that may take over the system proxy so multiple programs do not modify proxy ports or routing tables at the same time. Choose an ordinary website that previously worked as a baseline, then compare it with the service you actually need. If the baseline also fails, the issue is usually local connectivity, the proxy, or DNS. If the baseline works but the target service fails, look instead at the region, app rules, login state, or the target service itself.

Work by layer instead of guessing at random

First verify the basic network: with the client disconnected, can you access ordinary local websites? Next verify the account and subscription: is the plan active, is data available, and can the subscription update? Monthly-plan data resets each month on the activation date; data packages remain valid until used and never expire. Then check the client: is the configuration complete, and are system-proxy or tunnel permissions active? Next check the route: switch within the same region group, then switch regions, and see whether the problem follows a particular route. Finally check app routing and DNS. Reinstall only at the end, because it clears logs and the current state and is not a good first step.

Use controlled comparisons to identify the responsible layer

If the same device works after switching networks, check the original network first. If the same network works on another device, check the original device’s client and system settings. If the same device and network work after switching routes, focus on route or regional compatibility. If every route fails but direct access works, check the subscription, proxy permissions, and system time. If only one website fails, do not reset the entire client yet; check routing rules, browser extensions, cache, and region selection. Controlled comparisons reduce irrelevant changes and prevent a local issue from becoming a system-wide one.

When to preserve the evidence

For reproducible authentication, configuration-parsing, handshake, or update failures, take a screenshot and copy the exact error before restarting the client. The stage named in an error is more useful than the final message “connection failed.” If the client can export logs, export them immediately after reproducing the issue, while masking your username, subscription content, and access tokens. Never post a complete subscription URL in a public discussion. A ticket only needs the action that triggered the error and the necessary redacted details.

By the end of this chapter, you should be able to classify the issue as basic networking, account or subscription, client, route, system resolution, or a single app. If you still cannot classify it, start with the section on complete connection failures, which contains the most comprehensive access checks. Change only one variable at a time and undo unrelated changes after recovery so temporary settings do not remain on the system.

Cannot connect at all: from network access to the handshake

“Cannot connect at all” means the client stays in a connecting state, fails immediately, or shows an enabled connection without creating a usable tunnel. Do not test Streaming or AI Tools first, because the connection layer is not established. The goal is to determine whether the request leaves the device, whether the subscription configuration works, whether the client has system permission, and whether the failure occurs during resolution, connection setup, or authentication.

Verify the basic network while disconnected

Fully disconnect the client first and exit any other tools that take over the system proxy. Open a familiar website to confirm that the current Wi-Fi, wired network, or mobile network works on its own. If direct access also fails, restore the basic network first: reconnect, check the router’s internet status, and make sure no manual system proxy remains. Switching VPNRG routes is pointless at this stage because a route depends on a working access network. Company, campus, and public networks may also require a sign-in page; complete that network’s own login in the browser first.

Check system time and certificate validation

An incorrect device clock can affect certificate validation and authentication for secure connections. Enable automatic date, time, and time-zone settings, then fully exit and reopen the client. This is especially important when the error mentions certificates, validity, handshakes, or time. Do not bypass the error by disabling system security checks. Restore the correct time, update the subscription, and establish the connection again. If it still fails after correcting the clock, continue with configuration and route checks.

Confirm that the subscription loaded, not just an empty shell

A client opening successfully does not mean the subscription was imported. Open the configuration or route list and confirm that actual regions and routes are visible. VPNRG covers 120+ countries / 190+ routes, so a normal subscription should show selectable routes rather than a blank list, default placeholders, or an endless loading state. If the list is empty, jump to this page’s “Subscription update failures” section. If routes are listed but all fail, continue with permissions, network, and protocol support. Do not manually edit server addresses or authentication fields in the subscription, or later updates may not overwrite the incorrect values.

Check system proxy and tunnel permissions

Windows and macOS require the client to write the system proxy or create the relevant network interface. On iOS and Android, the first connection normally triggers a system-level network permission prompt. On Linux, follow the client’s instructions for network interfaces and permissions. If access was denied the first time, the client may still show route groups but cannot actually take over traffic. Check the relevant network permissions in system settings and restart the client after restoring them. Managed work devices may restrict network configuration; repeated connection attempts cannot overcome such a policy, so ask the device administrator to confirm it.

Switch routes within a narrow scope

Start by switching to another route within the current region group, then try a different region group. If automatic selection cannot connect, temporarily test one explicitly chosen route. VPNRG routes include IEPL, relay, and direct types, and the access network may behave differently with each. Wait for the previous connection to release completely before starting the next one, so connection states do not overlap. If one route fails while others work, record its name; there is no need to reset the entire client.

Switching networks is a useful comparison, not the final fix

On the same device, switch to another available network while keeping the client and subscription unchanged. Recovery after switching points to the original network’s routing, DNS, or connection policy. Failure on both networks points more toward device permissions, client configuration, or the subscription. After testing, return to the usual network and reproduce the issue once to confirm that the difference is consistent. Short-term congestion on public networks can also cause intermittent failures, so one successful or failed attempt is not enough; look for repeatable results.

Restart order and when to reinstall

Disconnect first, exit the client, confirm that the system proxy has been restored, then reopen the client and update the subscription. Restart the device only if it still fails. Reinstall last, and before doing so confirm that you can obtain the client and subscription again from the user panel. Get both from the user panel rather than from unknown installers or configurations. After reinstalling, import the original subscription and keep the default settings; do not immediately restore many custom rules, or you will not know whether the old configuration caused the issue.

If every route fails across multiple networks while the subscription list updates normally, preserve the error message, platform, client name, access-network type, and route groups tested, then submit a ticket. If only a particular network fails, state clearly that the same device works after switching networks. If only a particular route fails, include its full name and the approximate time. This information separates account, route, and local-environment issues directly.

Shows connected, but websites or services will not open

“Connected” in the client only means the connection workflow completed; it does not mean all traffic is using the route as intended. An inactive system proxy, a browser bypassing the proxy, incorrect routing rules, DNS resolution problems, or a region mismatch can all make a connection look successful while access fails. Start by checking whether traffic enters the client instead of repeatedly reconnecting.

First determine whether everything fails or only part of it

Open an ordinary website and the target website. If every site fails, focus on the system proxy, tunnel mode, DNS, and leftover proxy settings. If ordinary sites work but the target fails, check the region route, target-service status, account login, and browser cache. If the browser works but another app fails, go directly to the single-app section. This distinction matters: a global failure usually occurs at the system layer, while a single-site failure is more often related to rules, region, or the target service itself.

Confirm that system traffic is actually handed to the client

Check whether the system-proxy or tunnel switch is enabled in the client. Some clients can start only the core without automatically setting the system proxy, so the status may say connected while the browser continues to connect directly. In rule mode, confirm that the default rules cover the target you are testing. If switching to global mode restores access, the original rules may not have matched that traffic. Global mode is useful for short diagnostic tests, but should not permanently replace rule mode without understanding the consequences.

Remove leftover proxies instead of stacking more proxies

Browser extensions, older clients, and manual system-proxy settings may all be active. Multiple proxy layers commonly cause successful connections with request loops, partial timeouts, or continued access failures after the client is closed. Temporarily disable browser proxy extensions, check system network settings for an old manual proxy, and run only the current client. Re-enable necessary components one at a time, testing an ordinary website and the target service each time. This identifies the conflicting layer instead of relying on an accidentally working combination.

Choose a route based on the target region

Some Streaming services, AI Tools, and regional websites provide different content based on the exit region. The connection may be healthy, but a region mismatch can cause unavailable pages, different catalogs, or unusual login checks. Select a region group that matches the use case and reopen the target service. VPNRG’s full coverage is listed on the global nodes page. After changing regions, test in a new private browser window to reduce interference from old cache, cookies, and region history.

Check for browser-specific differences

If the same website works in another browser, the network route is probably usable. Check extensions, proxy settings, secure DNS, cache, and site permissions in the original browser. Some browsers use their own resolution policy, so a system-DNS change may not take effect immediately. Close and reopen the browser or use a private window for a clean session. If both the browser and client support independent proxy settings, avoid configuring both unless you clearly understand the traffic path.

Verify that DNS returns a usable result

A website domain must first be resolved to an address. If DNS requests follow the wrong path after the connection is established, the domain may not open even while apps with existing connections continue working. Run a basic command-line lookup and compare whether resolution works before and after connecting. The command is for observation only and does not change system settings:

nslookup example.com

If the lookup times out or returns an obviously abnormal result, enable the client’s “proxy DNS,” “remote DNS,” or equivalent option if available and retry according to the client’s default recommendation. Do not enter several DNS addresses from unknown sources at once. Close and reopen the browser after changing settings to rule out cache. If DNS remains abnormal, continue with this page’s dedicated DNS section for system-level checks.

Recovery order when there is no traffic after connecting

Disconnect the client and confirm direct access works. Exit all old proxy tools. Reopen the client, update the subscription, and select an explicit route. Enable the system proxy or tunnel. Test an ordinary website first, then the target service. If ordinary sites work but the target still fails, the issue is narrowed to the region, rules, or app layer. If every site still fails, compare another network and device, and record the client connection state, system-proxy state, and DNS lookup results.

If the same target service remains the only failure after switching routes, browsers, and networks, first confirm that the service itself accepts the login and whether it has a regional requirement. If several unrelated sites fail with domain-resolution or connection-timeout errors, submit a ticket instead. Include a publicly testable domain, the exact error, and whether the system proxy was enabled; do not submit the complete subscription URL.

Slow speeds, buffering, and peak-hour lag

Speed cannot be judged from a single test result. Cross-border access involves the local network, the access carrier network, route transit, the exit region, and the target service; congestion at any point can affect the experience. A more reliable approach is to distinguish consistently slow performance, time-specific slowdown, route-specific slowdown, and app-specific slowdown, then compare the result after changing only one variable. Peak-hour buffering especially calls for observing the time pattern rather than repeatedly running speed tests only when the problem occurs.

Rule out local bandwidth usage first

Pause system updates, cloud sync, downloads, and high-traffic devices on the same network. During video buffering, check whether other apps are still transferring data. VPNRG supports unlimited devices, but that does not mean a home or office access link has unlimited shared bandwidth; simultaneous high-volume tasks can still make the local network the bottleneck. Reduce the test to one device, one client, and one target service to evaluate the route itself.

Balancing distance and route type

Start with a geographically closer region group and a more direct route, then choose the exit region required by the target service. IEPL, relay, and direct routes have different path structures: IEPL prioritizes stability across the international segment, relay routes use an intermediate access point to improve reachability, and direct routes are simpler but depend more on the current network. Do not assume one type is always faster based on its name; compare under the same time, network, and target. The nodes page explains route groups and types in Global Nodes.

For peak-hour issues, check whether the access network makes a difference

If performance is normal during the day but clearly slows during a regular busy period, switch to another access network while keeping the same route. Recovery after switching suggests congestion on the original access network or its inter-network path. If it remains slow, compare other routes in the same region. If only certain routes in the region are affected, keep their names; if several regions are affected, record the approximate start and recovery times. Do not treat one brief recovery as a fix; sustained playback or continuous access is a better measure of stability.

Distinguish slow startup, sustained slowness, and intermittent pauses

A slow first page load followed by normal performance may involve DNS, the initial handshake, or cache. Low speed throughout a download may indicate path quality, target-service throttling, or local bandwidth use. Video that buffers periodically may reflect throughput swings, unstable wireless signal, or background route changes. An interactive request that occasionally stops and resumes is more suggestive of packet loss, network roaming, or system power saving. Breaking “slow” into these patterns tells you which test to run.

Do not treat a speed-test site as the only answer

The test server, browser concurrency, and network path selected by a speed-test site may differ completely from those used by the actual service. If the test looks normal but video buffers, test the video or real workflow directly. If the test is low but the target app remains stable, there is no need to keep tuning just to improve the number. Focus on whether the task completes reliably: continuous page loading, a stable remote session, or streaming without repeated quality drops. The real use case matters more than one test page.

Special effects of wireless and mobile networks

Wireless roaming, router handoffs, and mobile-network cell changes can alter the access connection. The client may still show connected while traffic pauses briefly and then recovers. Temporarily move closer to the access point, disable automatic network switching, or hold one access network constant for comparison. If stability improves, address local coverage before repeatedly changing the subscription. When a public network is crowded, access congestion can look much like route congestion.

Check the plan and data status too

Monthly plans include ¥9.9/month with 60GB, ¥18/month with 250GB, and ¥28/month with 500GB. Data resets monthly on the activation date, and mid-cycle upgrade differences are prorated over the remaining days. Data packages are ¥158/300GB, ¥358/1000GB, and ¥658/3000GB; they remain valid until used and never expire. If problems appear after a period of use, open the account overview to confirm the current subscription and data status rather than relying on the client icon. To adjust a plan, see the plans page.

Information needed for a performance ticket

Record the platform, access-network type, full route name, target service, approximate time of the issue, and whether other routes in the same region worked. If the difference between daytime and peak hours is clear, describe both results. If switching networks restores performance, state the comparison explicitly. Do not attach only a speed-test screenshot or write only “the speed is bad.” A reproducible scenario and route comparison are more useful than an isolated number.

For guidance on estimating data use and choosing between monthly plans and data packages, read How to choose between a VPN data package and a monthly plan. After performance testing, keep the region group that performs reliably as your regular choice and reduce unnecessary automatic switching. Stable tasks are better served by a fixed working route; temporary browsing can continue using automatic selection.

Frequent disconnects and mobile background dropouts

Frequent disconnects differ from being unable to connect: the connection is established, then drops after some time, or fails when an app moves to the background, the screen locks, or the network changes. The goal is to determine whether the drop comes from a route interruption, an access-network change, system power saving, client cleanup, or conflicting network tools. Mobile background management is particularly aggressive; a normal-looking client screen does not mean the system allows it to keep running.

First check whether the disconnect coincides with a basic-network change

When a disconnect occurs, temporarily close the client and check whether ordinary connectivity also dropped briefly. Wireless handoffs, changing mobile signal, and automatic switching between Wi-Fi and mobile networks can all invalidate the existing connection. If every disconnect coincides with a network-icon change, prioritize access-network stability. If the basic network remains normal and only the client disconnects, check the route, background permissions, and power-saving policy.

See whether disconnects are tied to one route

Select another route in the same region and keep all other settings unchanged. If the issue follows the original route, record its name and the time. If every route disconnects, test another region to determine whether the cause is local networking or the client. Automatic selection may reassess the route after a network change, and a brief switch can feel like a pause. For long sessions, temporarily choose a stable route so automatic switching does not occur during testing.

Mobile background permissions

On iOS and Android, screen locking, low-power mode, background-app restrictions, and memory cleanup can affect the client. Allow the client to maintain the necessary network activity and check whether the system has marked it as restricted. Setting names vary by device, but the principle is the same: can the client keep running in the background, and will the system stop its network connection automatically? After changing the settings, lock the screen for a normal period of use and then reopen the target app to verify, rather than leaving the client in the foreground for only a moment.

Do not rely on repeatedly bringing the client to the foreground

If opening the client restores the network immediately every time, but backgrounding it causes another failure, the connection probably depends on a foreground wake-up. Check background activity, always-on network permissions, and power-saving settings instead of developing a habit of tapping the client whenever access fails. Temporary wake-ups hide the root cause and can make background messages, sync, and remote tasks fail repeatedly. After confirming the permissions, restart the client and establish a new connection so the settings take full effect.

Desktop sleep and wake

After sleep, Windows, macOS, and Linux may reinitialize the network interface while the client keeps its old connection state. The icon may show connected even though websites do not open; manually disconnecting and reconnecting restores access. After waking, wait for the network to fully recover before reconnecting. If every wake causes the issue, check whether the client supports automatic reconnection after network changes. Do not enable startup and automatic-proxy behavior in multiple programs, or they may compete for the system proxy when the device wakes.

Check power saving, data saving, and background cleanup

System power-saving or data-saving features may restrict background networking, while security tools may clean up apps that have been idle. Temporarily remove the restrictions on the client and see whether disconnects stop. Once you identify the cause, choose a system policy suitable for daily use. Do not permanently disable every system protection for troubleshooting; adjust only the permissions needed by this client and leave other apps unchanged.

Keep the client and configuration singular

When several network clients are installed on one device, background services may still modify routes or the system proxy even if only one interface is visible. During testing, fully exit other clients, remove unused system-proxy configurations, and keep only the current subscription. If multiple clients are necessary, do not run them simultaneously; before switching, confirm that the previous client has restored system networking. Frequent disconnects are often caused not by the route stopping on its own, but by another program rewriting the local network stack.

Check whether automatic reconnection really worked

After a disconnect, the client may reconnect automatically while the target app keeps an old session and remains unusable. Test an ordinary website in a new browser tab first. If it works, reopen the target app. If the client says it reconnected but all traffic still fails, manually disconnect and reconnect, then check the system proxy. Separating “the connection recovered” from “the original app session recovered” prevents an app-cache issue from being mistaken for a continuing route failure.

For a disconnect ticket, state the device platform, foreground or background state, whether the screen was locked, whether the network changed, the selected route, whether recovery was automatic, and whether the basic network dropped at the same time. Describing the triggering action is more valuable than sending only a screenshot that says disconnected. If the issue occurs on one device only, note that other devices work on the same network so the investigation can focus on the client or system policy.

Subscription updates fail, the route list is empty, or the configuration is outdated

A subscription delivers the routes and rules available to the account to the client. When an update fails, old routes may keep working temporarily, or all routes may become unusable if the configuration expires. Common signs include download failures, parsing errors, an empty route list, no visible change after an update, or a client treating the subscription as an ordinary webpage. Distinguish between content not being retrieved and content being retrieved but not parsed by the client.

Confirm that the subscription came from the user panel

VPNRG registration does not require an email address; a username and password are enough. Sign in to the user panel and obtain the current client and subscription there. Do not use an address from chat history, an old document, or a public page. A subscription is account-delivery content and should not be copied into public forums, screenshots, or shared documents. If you regenerated it, remove the old client configuration and use the current content from the panel so multiple configurations with the same name do not get mixed together.

Determine whether the failure is downloading or parsing

A download failure usually appears as a timeout, network error, or inaccessible address, meaning the client did not receive the subscription. A parsing failure means content was returned but the current client does not recognize its format, or that spaces, line breaks, or other text were introduced while copying. For the first, check the basic network, system proxy, and subscription validity. For the second, confirm the client source and import method, then copy the complete address again. Do not manually edit returned subscription content; even a small change can break its format.

Use an obviously fake value to understand the address structure

A subscription address usually contains a token that identifies the account. The example below only shows that the input must receive one complete URL; it is not a real subscription and cannot be used to connect:

https://example.com/sub?token=YOUR_TOKEN

Do not copy quotation marks, a title, or trailing punctuation. If the client supports “import from clipboard” and “add remote configuration,” prefer the remote-configuration method for future updates. If imported as a local file by mistake, the client may read only the content from that moment and cannot obtain route changes automatically. Deleting the incorrect configuration and importing again is clearer than repeatedly editing the update address.

Check whether the client supports the subscription format

VPNRG supports Windows, macOS, iOS, Android, and Linux, but import locations and configuration support differ by platform and client. Obtain the client for the relevant platform from the user panel and follow the quick-start guide to import it. Pasting content intended for another client into an incompatible field can produce a format error or an empty list. Do not guess the import method from similar icons; use the actual entry shown in the panel and client.

Check account and data status

Open the account overview to confirm subscription status and remaining data. Monthly-plan data resets each month on the activation date, and mid-cycle upgrade differences are prorated over the remaining days; data packages remain valid until used and never expire. If the account status is abnormal, repeatedly refreshing the client will not change it. When you need to adjust a subscription, review the available options in the user panel or on the plans page instead of manually adding unauthorized nodes in the client.

Handle cache and duplicate configurations

The client may retain an old subscription cache. If the route list does not change after an update, first confirm that the update reported success, then exit and reopen the client. If several configurations share a name, temporarily disable the others and keep only the one obtained from the panel. If the state is still unclear, delete the current remote configuration and import it again, but make sure you can sign in to the panel first. Do not clear all client data as your first move, or you may lose logs and necessary settings.

The network path used for updates

Some clients update subscriptions through the active connection, while others use the system’s direct path. If an update keeps timing out, try once while disconnected and once while connected, and record which state succeeds. If only one access network fails, compare another network. If several networks fail while the panel opens normally, the import method or configuration parsing is more likely at fault. After a successful update, confirm that routes actually appear rather than relying only on a “complete” message.

What to include in a subscription-failure ticket

Provide the platform, client name, import method, exact error, whether it occurred during the first import or a later update, whether the route list ever worked, and whether switching networks changed anything. For a parsing error, attach a screenshot if useful, but mask the subscription token and account details. If the update succeeds but no routes appear, state the configuration name and what the list shows. Support can assess common import and compatibility issues without the complete subscription address.

After the subscription is restored, select one explicit route to verify the connection before enabling automatic selection and custom rules. This confirms that the basic configuration works. If only one app is abnormal after reimporting, do not delete the subscription again; continue to the next chapter for per-app rules and DNS.

One app ignores the proxy, or DNS is abnormal

When the browser works but one app cannot connect, the route itself is usually usable. The issue is more likely to be per-app rules, the app’s own proxy settings, system DNS, a background session, or the app cache. Conversely, if every domain-based service fails while an existing direct connection continues to work, check DNS first. This chapter combines single-app and resolution issues because both often look like “some things work and others do not on the same device.”

Confirm whether the app follows the system proxy

Some apps automatically read the system proxy, some use an independent network stack, and others are taken over only in tunnel mode. Check whether the client is using a system proxy, rule mode, or a full tunnel, then determine which model the target app follows. If the browser works under the system proxy but the target app fails, briefly test a tunnel mode supported by the client. Recovery indicates that the app did not follow the original system proxy; if it still fails, check the app’s internal settings and DNS.

Check per-app rules and bypass lists

The client may allow an app to connect directly, use the proxy, or be handled by rules. Make sure the target app is not on a direct or bypass list and is not being matched incorrectly by an old rule. For testing, create a clear proxy rule covering only the target app and see whether the result changes. Organize the rules afterward rather than keeping many overlapping exceptions. The more complex the rules, the more likely an update to the client or app is to produce an unexpected match.

An app’s internal proxy may override system settings

Developer tools, download tools, and some desktop apps provide their own proxy fields. If an old address or port remains there, the app may keep connecting to a dead local port even when the system proxy is correct. Check the app’s network settings and choose system-following behavior or configure it as required by the current client. Do not fill in HTTP, SOCKS, and automatic-proxy addresses at the same time unless you know what each means. Clearing old settings and restarting the app is usually easier to diagnose than adding another address.

Cross-check the browser and the app

Use a browser to open the app’s official website or web version. If the web version works but the client app fails, the account region and route are probably usable; focus on the app cache, independent proxy, and per-app rules. If the web version also fails, switch region routes and test in a private window. If failure occurs only after login, sign out of the app session and sign in again, because the old session may retain the previous exit region.

Typical signs of a DNS problem

A domain cannot be found, a website intermittently redirects to an error, the same service resolves differently in different apps, or domains work briefly after connecting and then all fail. These can all indicate DNS trouble. Run a basic lookup first and record the result:

nslookup example.com

On Windows, clear the system resolution cache from an administrator terminal:

ipconfig /flushdns

On macOS, refresh the common system resolution cache in Terminal:

sudo dscacheutil -flushcache
sudo killall -HUP mDNSResponder

After running the command, close and reopen the browser or target app. Linux resolution services vary by distribution, so do not apply one universal command; first identify the service actually in use, then follow that environment’s documentation. Clearing the cache removes old results but cannot fix an incorrect resolution path, so check the client’s DNS mode as well.

Client DNS mode and rule consistency

If the client offers options such as resolving through the route, following system resolution, or resolving by rule, prefer its recommended default. In rule mode, domain decisions and connection destinations must agree: a domain marked for proxying can still fail if its DNS request follows an unsuitable path. Change one DNS setting at a time and test an ordinary website and the target app after restarting the client. Do not blindly stack browser secure DNS, custom system DNS, and the client’s remote resolution.

App cache and regional history

Some apps cache resolution results, content regions, and login sessions. Seeing an old result after changing routes does not necessarily mean the switch failed. Fully exit the app, clear the network cache the app allows you to clear, or sign in again before testing. Do not delete all local data unless you have confirmed that the account can be restored. In a browser, start with a private window; if it works, address the original session selectively.

Developer tools and command-line cases

Command-line tools may not read the desktop system proxy. If the browser works but command-line requests fail, check whether the tool needs to inherit proxy environment variables explicitly or whether the client’s tunnel takes over. When using environment variables, test only in the current terminal session instead of writing a temporary proxy to a global startup file. Restore the setting afterward so the command line does not keep pointing to a nonexistent local proxy when the client is closed.

If the target app fails across several devices, networks, and route regions while ordinary websites remain consistently available, record the app name, platform, behavior before and after login, region group, and exact error. If it occurs on only one device, include the comparison showing the same account works elsewhere. To verify whether the exit IP, DNS, and per-app routing are actually working, continue with How to check that your VPN is really working.

Device messages, account boundaries, and support tickets

VPNRG supports unlimited devices, so a “device limit exceeded” or similar message should not be assumed to be a plan restriction. More common causes include a generic client error, an old session that was not released, multiple configurations linked to different accounts, or the target service limiting signed-in devices. First identify whether the message came from the VPN client, the VPNRG user panel, or the third-party app being accessed. The responsible party differs completely by source.

Identify who issued the message first

If the message appears in a target Streaming service, AI Tools app, or another third-party app, it may describe that app’s own account policy and have nothing to do with VPNRG’s unlimited-device support. If it appears in the client, record the client name, current configuration, and exact error. If it appears in the user panel, screenshot the account status and sign in again to confirm it. Do not report only “too many devices,” because the same summary can represent very different original errors.

Clear old connection states

Disconnect and exit the client on the affected device first, then sign in to the user panel again and confirm the subscription status. There is no need to uninstall everything from other devices; stop only old client connections that are no longer used. If one device stores several old subscriptions, disable or delete expired configurations and keep the current one from the panel. Old configurations may continue attempting connections and create confusing states, but that is not the same as a service device limit.

Confirm the account and configuration match

In a household or team environment, devices may have imported subscriptions generated at different times or for different accounts. Confirm that the affected device uses the current configuration for the valid account. Do not forward subscription addresses through public chats or place them in shared documents. To use the service on another device, obtain the client by platform from the user panel and securely import the current subscription. If you suspect the subscription was exposed, address account security in the panel before configuring the device again.

When to stop troubleshooting locally

After completing the basic-network, subscription-update, client-permission, route-switching, app-rule, and DNS checks in this guide, submit a ticket if the issue still reproduces consistently. This is especially important when the same error occurs across several devices, networks, and routes, or when a particular route continues to fail at similar times; reinstalling locally has little value then. If the issue appears only on one device, one app, or one access network, document the comparison clearly. A ticket is still appropriate, but the diagnostic direction will focus more on the local environment.

Suggested ticket structure

Start with the platform and client name, then state the network type and selected route group. Describe the actual sequence: open the client, update the subscription, select a route, connect, and open the target service. State the expected and actual results, and paste the exact error. Finish with comparisons: did another route or network restore access, do other devices work, and does it occur only in the background or at a particular time? There is no need for a long emotional account; concentrated facts speed up handling.

Materials to attach

You can attach a client-status screenshot, a redacted error log, the subscription update time, the full route name, the target-service name, and DNS lookup results. Include enough context in screenshots rather than capturing only a blurry popup. Keep only log lines related to the reproduction window and mask usernames, tokens, and subscription content. For a mobile background failure, state whether the screen was locked, whether power saving was enabled, and whether returning to the foreground restored access.

What not to send

Do not send passwords, complete subscription addresses, unredacted access tokens, or other account credentials. Support usually needs only the account identity associated with the ticket, the exact error, and environment details. If someone asks you to paste a complete subscription in a public area, stop and use the user-panel ticket instead. Example configurations should use clearly fake values; never put real delivery content in articles, screenshots, or command records.

Boundaries for refunds, payments, and plan issues

VPNRG supports Alipay, WeChat Pay, and USDT, and offers a 60-day no-questions-asked refund. Plan selection, upgrades, and data status are account and billing matters and should not be addressed by changing client configuration. If a connection problem is actually caused by an expired subscription or data status, check the user panel first, then describe the order and account symptoms in a ticket. See the plans page for full plan details; do not infer billing status from client cache.

Run one regression check after recovery

After resolving the issue, do not immediately restore every custom rule. First test an ordinary website, the target app, recovery after locking the screen, and a network switch using the default or confirmed configuration. Once stable, restore browser extensions, per-app rules, and automatic selection one at a time. If the problem returns after one item is restored, you have identified a clear trigger. Add that result to the original ticket to create a reusable resolution record.

When you need to submit a ticket, open the ticket area in the user panel and organize the details using this chapter’s structure. If initial setup is not complete, return to the quick-start guide. To compare plans, see the plans page. For route regions and types, see Global Nodes. The endpoint of systematic troubleshooting is not trying every setting; it is reaching a reproducible, explainable, transferable conclusion.