International Network Access Complete Guide

Understand the Service and Connection Path

Start by separating accounts, plans, subscriptions, and routes

A normal connection involves several related parts with different roles. The account lets you sign in to the user panel and stores order status; the plan determines available traffic and validity; the subscription link delivers the route list to the client; and the route is the network exit the client actually uses. Creating an account does not create a working connection. After payment, the client still needs to obtain or update the subscription, then select a route and enable the system proxy or tunnel. Keeping these objects separate prevents “can’t sign in,” “subscription did not update,” and “this route cannot access the service” from being treated as the same problem.

A typical request follows this path: an app generates a network request, the client decides according to its current mode whether to send it through the proxy, the traffic travels over the selected route, and the corresponding exit accesses the destination service. The route region affects the exit location seen by the destination website, while local network quality affects the stability between the device and the route entry point. The nearest route is not always the best match for a destination, but when no specific region is required, a nearby route is usually the best baseline for initial testing. When regional consistency matters, switch to the exit region required by the destination service.

The Client Is Not a Replacement for the User Panel

The user panel handles the account, plan, order, subscription, and client entry points; everyday connections are made in the local client. After importing a subscription, the client stores a local copy of the route list. That copy reflects the last update and does not sync automatically when routes change, a plan status changes, or a subscription is reset, so use the client’s update-subscription function to fetch the list again. Switching routes locally normally does not change account information, plan pricing, or payment status.

Treat the subscription link as an account credential. It allows the client to obtain route configurations for the current account, so it should not be posted on public websites, in screenshots, forums, or shared documents. To use your own devices, sign in to the panel on each one and import the subscription. HBVPN supports unlimited devices, but credentials should still be configured only on devices you control. If the link has been exposed publicly, reset it in the panel, update every device with the new link, and then remove the old local configuration.

What to Check Locally First

Before opening the client, confirm that the device can access ordinary websites and that the system clock is accurate. If the network is completely offline, switching routes cannot produce a useful result; if the system time is significantly wrong, encrypted connections and website certificate checks may fail. Also make sure that multiple similar clients are not taking over the system proxy or virtual network interface at the same time. Running several tools in parallel can overwrite request paths, resulting in some apps working while the browser fails, or leaving the network unavailable after one client is stopped.

If the device is on an office, public, or captive-portal network, complete that network’s own sign-in process before starting the client. After changing networks, disconnect the old connection before reconnecting so the system can rebuild its routes. When troubleshooting, do not switch rapidly through many routes; the client may still be closing the previous connection, causing logs to combine several failed attempts. A better approach is to keep one nearby route as a baseline, confirm that it connects, and then switch gradually according to the required destination region.

Establish a Repeatable Setup Order

Use the same sequence for each first-time setup: sign in to the panel and check the plan, obtain the subscription, install the client for the platform, import and update the routes, choose a nearby exit, start the connection, verify the current exit, and only then test the website or app you actually need. A fixed sequence makes it clear which earlier states were successful when a step fails. Repeatedly refreshing the target app only shows the final symptom; it cannot tell you whether the subscription failed to load, the system proxy was not engaged, or the destination service rejected the current region.

All HBVPN platform entry points are centralized in the user panel. The static website does not provide direct installer links or display real subscription addresses, keeping client access tied to the same account and plan flow. Once the prerequisites are ready, choose a monthly subscription or data package based on your typical traffic rather than a route name. All valid plans share the same service coverage; the main differences are traffic rules, price, and usage period.

Choose a Plan and Understand Traffic Rules

Monthly subscriptions suit steady, predictable use

Monthly subscriptions follow a traffic cycle that begins on the activation date rather than settling at the end of each calendar month. Current options are ¥9.9/month with 60GB, ¥18/month with 250GB, and ¥28/month with 500GB. Traffic resets monthly on the activation date, so check the personal cycle shown in the panel instead of estimating from the calendar month. For regular access to international websites, AI Tools, remote materials, or Streaming from fixed devices, a monthly subscription provides a more predictable routine.

When choosing a tier, do not count every network activity automatically; first identify the client’s traffic-routing mode. Rule mode generally sends only matching requests through the route while keeping local websites and LAN traffic on their normal paths. Global mode sends more traffic through the route. The same habits can therefore consume different amounts under different modes. HD video, large file synchronization, and background system updates usually use more traffic than web reading or text conversations, so observe your actual use before choosing a long-term tier.

Data packages suit occasional or backup use

Data packages deduct traffic according to actual usage until the balance is consumed and never expire. Current options are ¥158/300GB, ¥358/1000GB, and ¥658/3000GB. They do not reset monthly, making them suitable for irregular use, concentrated travel in certain months, long-term backup access, or anyone who wants unused traffic to remain available. “Never expires” describes the usage rule for the purchased data package; it does not permit public subscription sharing and does not remove the need to update the route list periodically.

The key difference between monthly subscriptions and data packages is capacity management, not route region. Regular users should focus on the traffic budget within each activation cycle; occasional users should focus on whether unused traffic remains available. Do not choose a plan based only on the size of a single file: browser media preloading, app updates, cloud-drive synchronization, and system services can create additional requests. The safest approach is to observe real usage in the panel and choose according to your main scenarios.

How to Understand Mid-Cycle Upgrades

When upgrading a monthly subscription mid-cycle, the price difference is converted according to the remaining days. The important factor is the remaining time, not simply adding the listed traffic from the old and new tiers. Before upgrading, review the resulting order and new validity status in the panel, and confirm whether you need more capacity for the current period or a higher tier for the next one. If you wait until traffic is nearly exhausted, an active download or synchronization task may be interrupted, so check the panel before starting sustained high-traffic work.

After an upgrade, the local client may not show the new account status immediately. Confirm in the panel that the order is complete, then update the subscription in the client. If the cached state still has not changed, remove the old subscription and re-import the link currently provided by the panel. Do not create duplicate orders just to refresh the status, and do not treat returning from the payment page as proof that the order is complete. Payment methods include Alipay / WeChat Pay / USDT; the order record in the user panel is authoritative.

Refunds and Pre-Purchase Checks

HBVPN offers 60-day, no-questions-asked refunds. Before purchasing, confirm your device platform, primary destination region, and traffic needs so that connection configuration issues are not mistaken for plan issues. A plan controls account capacity and validity; whether the client correctly takes over system networking and whether a destination requires a specific region are connection-configuration matters. For a full comparison of plan rules, visit the Plans page.

Before ordering, make three decisions: whether your use is continuous or occasional, whether most traffic comes from webpages and text or from media and files, and whether you need to configure several devices you own at the same time. HBVPN supports unlimited devices, but multiple devices can generate traffic simultaneously through background synchronization, video playback, and updates, so capacity should be chosen for total usage. A plan is not a speed-tier label and does not grant exclusive access to a route; connection performance also depends on the local network, exit region, and destination path.

Create an Account, Place an Order, and Confirm Status

Create an account with a username you can keep long term

HBVPN requires no email address; a username and password are enough to create an account. Choose a username that is easy for you to recognize without making it identical to a public social account, and store the password separately without reusing it elsewhere. Because registration does not depend on email, the account credentials are essential for signing in to the panel, checking orders, and obtaining the subscription. After creating the account, sign out and sign back in successfully before purchasing so that incorrect credential records do not surface after payment.

A password manager is suitable for storing the login address, username, and password, but do not place the subscription link in an ordinary note that can be publicly shared. If several people use one system device, set clear permissions for the browser and client so other local accounts cannot access the panel session or exported configuration. Unlimited devices means you can configure your own devices; it does not change the need to protect account credentials.

Open the Plans Page and Review the Order

After signing in, open the Plans section of the user panel and choose a monthly subscription or data package based on the traffic assessment in the previous chapter. Monthly options are ¥9.9/month with 60GB, ¥18/month with 250GB, and ¥28/month with 500GB; data packages are ¥158/300GB, ¥358/1000GB, and ¥658/3000GB. Before submitting, verify the plan type, traffic amount, and price together. In particular, do not confuse data packages that never expire with monthly subscriptions that reset on the activation date.

After creating the order, choose Alipay / WeChat Pay / USDT to complete payment. The payment page completes the transaction; the user panel confirms the service status. After payment, return to the panel and check whether the order is updated, the plan is active, and traffic is visible. If the page still shows the old state, refresh the panel and sign in again instead of paying a second time. If the payment page was closed, check existing orders before continuing.

Check Order, Plan, and Subscription Status Separately

The order shows the payment result, the plan shows whether the service is currently available, and the subscription entry provides the configuration the client must import. The expected state is a completed order, an active plan, and an accessible subscription entry. If the order is complete but the plan section has not updated, keep the order record and describe the issue through the panel’s support ticket entry. If the plan is active but the client has no routes, focus on updating the subscription rather than placing another order. Checking each state separately reduces duplicate actions and makes the issue easier to describe accurately.

When first entering the panel, use this order: confirm the account name, review order records, check the plan and traffic, and then open the download or subscription area. If the browser has saved sessions for multiple accounts, verify that the username is the one used for this purchase. On a shared computer or across several browser profiles, an order appearing under another account does not mean the service is missing; it means the login context is different.

How to Describe an Order Issue to Support

When submitting a support ticket, include the current username, selected plan name, payment method, order status shown in the panel, and whether the issue occurred during payment, plan activation, or subscription retrieval. Do not submit your password or paste the complete subscription link into a general issue description. Clear stage information is more useful than “it doesn’t work” because order processing and local connectivity are handled by different parts of the system.

If the issue occurs on only one device, include the platform and the client behavior. If no device can update the subscription, check the account and subscription status first. Do not test payment issues by repeatedly creating identical orders, and do not try to solve connection issues by repeatedly purchasing plans. HBVPN offers 60-day, no-questions-asked refunds, but normal connection troubleshooting should still begin by confirming the configuration state so issues solvable through a subscription update or route change are not mistaken for an inactive plan.

The Next Step After Ordering

Once the plan is confirmed active, there is no need to stay on the order page. Open the client or subscription section of the user panel and select the entry for your device platform. The static marketing pages do not provide direct installer links or display real subscription contents; all client and subscription actions are connected through the account panel. This avoids importing expired links, someone else’s configuration, or files that do not belong to the current account.

If you plan to configure several devices, start with the platform you know best and complete the full process there. After the first device can import, connect, and verify successfully, repeat the steps on the other platforms. Configuring every device at once makes the source of a failure harder to identify. The first device also provides a baseline: if another device fails on the same network, the issue is more likely to be platform permissions, client settings, or an old configuration than the account plan.

Get, Import, and Protect the Subscription Link

What the Subscription Link Does

A subscription link is not one fixed route; it is the entry point the client uses to obtain a route list and related configuration. After importing it once, the client creates local selectable routes, groups, and connection rules. When server-side routes change, an imported client must update the subscription to receive those changes. It is more accurate to think of a subscription as a pickup address for a configuration list than as a permanent route address.

The user panel provides a subscription entry based on the account status. Confirm that the plan is active, then copy or invoke the import method for the relevant platform from the current account. Some clients support one-click handoff, while others require you to paste the link manually; both methods simply save the subscription source in the client. If one-click import does nothing, return to the panel, copy the link, and create a subscription manually in the client’s subscription manager.

Fields to Check When Importing Manually

A new subscription usually requires a name and an address. The name is local and can be HBVPN; the address must be copied in full, including the opening protocol, query parameters, and final characters. Save it first, then update it. A successful update means the client shows a route list without an error, not merely that the button was clicked. If the client adds only an empty group, the address may be incomplete, the plan may be inactive, or the client may be unable to reach the subscription entry.

A subscription address shown in a tutorial or document is only a format example and cannot be used for a real connection. For example:

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

The real address can only be obtained from your own user panel. Do not pass it through public chats, public cloud documents, or indexable webpages. When moving between devices, sign in to the panel directly on the target device whenever possible. After importing, close the panel page and make sure the browser has not saved content containing sensitive parameters in a publicly synchronized record.

The Difference Between Updating and Re-importing

Updating a subscription fetches the route list again while preserving the local name and most client settings. Re-importing removes the old source and creates a new subscription with the current panel link. Use update for ordinary route changes. Re-import only when the link has been reset, the old subscription repeatedly returns errors, the client configuration is clearly damaged, or a source from another account was imported by mistake.

Before updating, disconnect the current connection so the client is not trying to reach the subscription entry through an invalid route. If the update fails, confirm that the ordinary network works, temporarily disable the proxy, and try again. Some systems retain the system proxy after an abnormal client exit, so browser requests may still go to an old port even when the interface says disconnected. Restore the system proxy to off, reopen the client, and then update the subscription; this is usually more effective than repeatedly pasting the same link.

What to Do if a Subscription Is Exposed

If a subscription link is posted publicly, deleting the message alone cannot confirm that every copy is gone. Reset the subscription in the user panel to invalidate the old address, then delete the old subscription from your devices and import the new address. Process each device individually; updating only one is not enough. Afterward, watch the traffic shown in the panel and confirm that its pattern matches your own usage.

Do not try to create a new address by altering characters in the link, and do not copy another user’s subscription for testing. A subscription is tied to the account plan, so an incorrect source can produce an entirely different route list, traffic attribution, and validity status. When sharing configuration knowledge, share client menu paths, routing-rule concepts, and troubleshooting steps, but conceal complete links, usernames, order information, and screenshot areas that could reveal account status.

What to Do When Routes Still Do Not Appear After an Update

Return to the user panel and confirm that the plan is active and the traffic status is normal, then check whether the client’s subscription entry is enabled. Some clients can store multiple sources. If the currently selected group comes from an old subscription, newly imported routes may exist without entering the active policy group. Temporarily disable unrelated subscriptions, keep only the HBVPN source, update it again, and check the route list.

If the client reports a format error, confirm that you are using the platform entry supplied by the panel rather than the panel page address in the browser’s address bar. If it reports a network error, disable the proxy, change the local network, and retry. If the subscription updates successfully but route connections fail, the subscription stage is complete; move to the connection-verification chapter instead of importing repeatedly. Keeping the issue in the correct stage is key to reducing troubleshooting time.

For a deeper explanation of obtaining, importing, updating, and handling an exposed subscription, read What Is a Subscription Link? A Complete Beginner’s Guide to Getting, Importing, and Updating One. That article builds the concepts; this chapter is for checking each step during actual setup.

Import the Client on Five Platforms

HBVPN supports Windows / macOS / iOS / Android / Linux. On every platform, the basic flow is to obtain the client entry and subscription from the user panel, import and update them in the client, and grant the network permissions the system requires. Differences mainly involve permission locations, how the system proxy is taken over, background restrictions, and log access. Do not mechanically apply one platform’s button labels to another; instead, use three states to confirm completion: the subscription is updated, a route is selected, and the client has taken over system networking.

Windows: clear old proxy settings before establishing a baseline connection

Open the Downloads section of the user panel to access the Windows client, install it, and add the current account’s subscription from subscription management. After a successful update, select a nearby route first, then enable the system proxy or the client’s connection switch. When Windows first asks for network access, allow the access required for the current use case; otherwise the client may appear to be running while browser requests do not enter the connection.

On Windows, the most common leftover issue is a system proxy that remains enabled after an old client exits. If the new client cannot reach the subscription or the browser cannot connect after the client is closed, open the system network proxy settings and check the proxy state, then restart the current client. Several network tools may be running in the taskbar area; keep only the one being tested. After connecting, verify the exit in a browser before testing other apps. If one app alone fails, check whether it has its own proxy settings.

macOS: Check Permissions, Menu Bar Status, and the Actual Exit

Obtain the macOS client from the panel, complete the installation, and allow any network extension or proxy configuration requested by the system. Import the subscription, update it, select a route, and start the connection from the menu bar or the client’s main window. If a system permission was previously denied, repeatedly clicking Connect usually will not fix it; open System Settings and review the relevant network extension or permission state.

macOS users often leave several network tools running in the menu bar. During testing, quit other similar apps to prevent different tools from repeatedly changing the system proxy. If the browser works after connecting but terminal commands do not, determine whether the client uses the system proxy or a more complete network-takeover mode; some terminal programs do not automatically read the desktop proxy. Configure the terminal according to the client’s supported method instead of copying an unknown port.

iOS: From System Permission to Foreground and Background Switching

On your iOS device, sign in to the panel, open the relevant client entry in Downloads, and import the subscription. The first time you connect, iOS asks for permission to add a network configuration; this is required for the client to take over networking. After importing, update the subscription first, confirm that the route list appears, then select the target route and connect. If the connection state changes after returning from another app, disconnect and reconnect so the system can rebuild the path.

When switching between mobile and Wi-Fi networks, the existing connection may need to be rebuilt. Do not rely only on the client icon; open a webpage to verify access. Some apps cache earlier regional results and may continue showing old content after a route change. Fully close and reopen the target app, and clear its own cache if necessary. If no apps can access the network, return to the client and check the subscription and system connection status.

Android: Handle Background Restrictions and Network Changes

On Android, obtain the client from the panel, import the subscription, and allow the app to establish the system connection. System-management screens differ by device, but the principle is the same: the client must be allowed to run in the background, the status bar should show an active network connection, and the route list should come from the current subscription. If the connection drops soon after the screen locks, review the system’s battery and background restrictions for the client.

After switching from Wi-Fi to mobile data, check whether the client reconnects automatically. If the target app still uses an old session, reconnect the route and restart the app. Dual-app setups, work profiles, and separate user spaces may use different network contexts; importing in one does not automatically configure another. If the issue occurs only in an isolated environment, check whether that environment permits the client to run.

Linux: Distinguish Desktop Apps, Terminals, and System Services

On Linux, first determine whether you are using a graphical or command-line client, then obtain the appropriate entry from the user panel. A graphical desktop can usually use the route through the system proxy for browsers and apps that follow desktop settings; terminal programs may need to read proxy environment variables explicitly. After importing the subscription, update it and test one route in the client before deciding whether to write proxy variables into the current shell.

The commands below only check domain resolution and webpage responses; they contain no real subscription or credentials:

nslookup example.com
curl -I https://example.com

If the command line works but a desktop app fails, check the desktop proxy. If the desktop browser works but the command line fails, check whether the terminal environment inherited the proxy. When using network-interface takeover, also confirm that the current user has the required permissions. Never place a subscription link directly in a publicly readable script repository; automated configuration updates should read from a controlled local credential store.

Connection, Verification, and Layered Troubleshooting

Verify from the Bottom Up

Start connection verification with the basic network rather than the most complex destination app. While disconnected, confirm that ordinary webpages load; then start the client and look for a clear connected state. Open a regular webpage to make sure the system network has not been disrupted, check that the exit region matches the selected route, and only then test AI Tools, Streaming, or work services. This order separates basic networking, client takeover, route exits, and destination-service issues.

If every webpage becomes inaccessible after connecting, check client permissions, the system proxy, and the current route first. If ordinary webpages work but the destination service does not, the basic connection is established; check the exit region, the target app’s cache, and its regional detection. If only one browser behaves abnormally, disable its proxy extensions and compare it with other apps. One failed website does not mean the entire subscription is unusable.

Choose a Baseline Route Before Matching the Destination

HBVPN covers 90+ countries and 200+ routes. For the first test, choose a nearby region to minimize variables in the path from the local network to the entry point. Once the baseline route works, switch according to the region required by the destination service. Rapidly jumping between distant regions at the start can change the target app’s session, cache, and regional records at the same time, making results difficult to compare.

Route names indicate an exit or path purpose, but they cannot replace testing in the actual scenario. When several routes are available in one region, test them one by one for connection establishment, webpage access, and destination-service sign-in. Keep the local network, client mode, and target app unchanged during testing and change only the route, so any difference can be attributed to it. To review regions and route types, visit the Global Nodes page.

Separate local congestion from route selection during peak evening hours

When loading slows during evening peaks, first check whether the local network is also affected without the client. If ordinary websites are noticeably slower too, the issue may begin with the access network. If local access is normal but one route is unstable, try another route in the same region before changing the entry region. During testing, avoid large downloads, cloud-drive synchronization, and system updates, since background tasks consume local bandwidth and interfere with route comparisons.

Do not judge a route by the load time of a single page. More useful measures are whether the connection stays established, whether repeated visits remain consistent, and whether the target app reconnects frequently during a session. For live or real-time interaction, stability often matters more than a momentary peak. For sports streaming, see Which VPN Is Best for Live Sports? A Full Look at Low-Latency and Peak-Time Concurrency Requirements.

AI Tools and Streaming Need Different Verification

AI Tools often check the exit region, account session, and access environment together. After changing regions, close the old session, reopen the destination service, and keep the connection region stable. Rapidly switching between exits may make the service see repeated regional changes. If Claude is more sensitive to access regions and risk controls, see Which VPN Works Best with Claude? Route Selection When Regional Detection Is Strict and prioritize regional consistency and route stability.

Streaming is also affected by library region, app cache, and playback sessions. After changing regions, confirm the content area recognized by the website or app before starting playback; an existing session may continue using the previous region result. For Disney+ regional differences and route selection, see Disney+ VPN Recommendations: A Practical Comparison of Regional Libraries and Unlocking Stability. This guide does not describe any route as permanently compatible with every destination service; choose based on the current exit and required region.

Restoring System Networking Matters More Than Trying More Routes

If the device cannot access the network normally after the client exits unexpectedly, restore the system proxy or network interface before continuing. On Windows and macOS, check whether the system proxy still points to the closed client; on mobile platforms, disconnect the system connection profile; on Linux, check the desktop proxy, environment variables, and network interface state. After ordinary networking is restored, reopen the client, update the subscription, and select a baseline route.

If several devices on the same account cannot update the subscription, return to the panel and check the plan and subscription. If only one device fails, focus on that platform’s permissions and old configuration. If only one region fails, keep the working routes and review route selection. This layered approach avoids irrelevant actions and provides clear evidence for a support ticket.

Daily Maintenance, Traffic Management, and Renewals

Use the Panel Status as the Starting Point for Maintenance

Daily maintenance does not require frequent client reinstallation. Sign in to the user panel periodically to review plan validity, remaining traffic, and order records, then decide whether to update the subscription, upgrade, or renew. The client’s connection status only describes whether that device is currently handling network traffic; it does not fully represent account capacity. Conversely, an active plan in the panel does not guarantee that a particular device’s local configuration is correct. Check both separately.

Monthly subscription traffic resets each month on the activation date, so renewal and capacity decisions should follow your personal activation cycle. Data packages remain available until used and never expire, so there is no fixed date on which action is needed to preserve unused traffic. When using several devices, background synchronization, media playback, and app updates all add to the total; investigate unusual traffic device by device, including current connections and background tasks.

When to Update the Subscription

If the client connects normally, there is no need to re-import before every use. Update when the route list has not changed for a long time, the panel says the subscription was reset, some route names no longer work, or a new device is being configured for the first time. Confirm that the ordinary network works before updating and disconnect if necessary. Afterward, check that the active policy group still points to a valid route instead of retaining a selection removed from the list.

If duplicate routes appear after an update, the old and new subscriptions are usually both still saved. Compare their source names and addresses, remove the invalid source, and update the current one. Do not edit service-provided route parameters to “repair” a connection; the next update will overwrite local changes and may leave the configuration unsupported. Keep personal routing rules in the client’s local rule area, separate from the subscription source.

The Decision Order for Renewals, Upgrades, and Data Packages

As a monthly subscription approaches a new usage period, review actual consumption and the main tasks from the current cycle. If the existing traffic has consistently been sufficient, keep the current tier. If you often approach the capacity limit during the cycle, choose a higher monthly subscription. Mid-cycle upgrade differences are converted according to the remaining days, so review the resulting order in the panel first. If usage is infrequent and concentrated in a few periods, a data package may better match an actual-consumption model.

After completing a renewal, confirm the order and plan, then update the client subscription. Do not ignore the panel status just because local routes remain visible, and do not pay again because the client has not updated immediately. Payment supports Alipay / WeChat Pay / USDT. Handle abnormal orders through the user panel’s support ticket entry, stating the order status and plan name without submitting a password or complete subscription link.

Control Traffic Through Routing and Background Tasks

To reduce consumption, start with a routing mode suited to everyday access so local services and requests that do not need international routes stay on their normal paths. Then check cloud drives, system updates, game platforms, autoplay media, and app-store downloads. Closing a browser page does not guarantee that background requests stop, especially for desktop synchronization tools and automatic updates on mobile devices.

Global mode suits short diagnostic tests or cases where every app clearly needs to use the route, but leaving it enabled long term sends more requests through the service. Overly complex routing rules can also omit destination domains, so test ordinary webpages and key apps separately after making changes. For common questions about devices, traffic, and throttling, read Ten Common VPN Questions from Beginners: Devices, Traffic, and Throttling Explained.

Changing Devices and Cleaning Up Old Ones

HBVPN supports unlimited devices, and a new device can obtain the client and subscription again from the panel. When an old device is no longer used, delete the subscription from the client and sign out of the panel session. If the device will be handed to someone else, also clear the saved username and password from the browser. Uninstalling the client alone may not remove the panel login state stored in the browser, so check both places.

Set up a new device using the complete order in this guide instead of copying the entire application directory. Permissions, proxy locations, and configuration formats differ across systems, and a direct copy can bring over old paths or invalid caches. Importing again from the panel retrieves the current route list and confirms that the account is still active. If an old device is lost and the subscription may be exposed, reset the subscription and re-import it on the devices you still use.

Keep Your Own Troubleshooting Record

If you use the service across several regions and network environments, record which platforms connected successfully, the local network type, the exit region, and the target app; do not record the subscription address. When an issue appears, compare the last working conditions and look first for what changed, such as a new network, altered permissions after a system update, an outdated client subscription, or a different regional requirement from the destination service.

A troubleshooting record should describe symptoms rather than simply saying “it’s slow.” Note whether the subscription updates, whether a connection is established, whether ordinary webpages work, whether the target app works, and whether other devices show the same issue. This helps with self-diagnosis and lets support staff identify the stage faster. Do not store passwords, complete subscriptions, or payment credentials in the record.

Advanced Routing, Multiple Devices, and Scenario-Based Configuration

Rule Mode, Global Mode, and Direct Connection

The client’s common connection logic can be summarized as rule, global, and direct connection. Rule mode decides whether traffic uses a route based on domain, address, or app matches and suits everyday use. Global mode sends more requests through the current route and helps determine whether an app fails because a rule is missing. Direct connection temporarily stops the proxy path and restores ordinary networking. Client labels vary, but the way to evaluate them is the same.

During troubleshooting, start with rule mode. If the target app fails while ordinary connections work, switch briefly to global mode for comparison. If global mode works, the route and destination service are basically available, so inspect the rules next. If global mode also fails, focus on the exit region, app cache, and route. Return to the mode suited to daily use after testing so unrelated traffic does not continue through the route.

Create Stable Route Groups for Each Destination Service

If you regularly use services in different regions, create local policy groups within the client’s supported features—for example, route everyday browsing, AI Tools, and Streaming through appropriate routes. Group names should describe their purpose and never contain subscription credentials. After a subscription update, check that each group still references an available route; if a route name changed, the client may fall back to its default selection.

AI Tools place greater emphasis on regional consistency and session stability. After selecting a working exit, keep the region unchanged during that usage period and avoid repeated switching. Streaming focuses more on library region and playback sessions; after changing regions, reopen the app and confirm the content area. Ordinary browsing and research can usually use a nearby route. Separating these purposes reduces the impact on other apps when one destination requires a route change.

Keep Multi-Device Configuration Traceable

Unlimited devices make it convenient to maintain continuity across Windows / macOS / iOS / Android / Linux, but each device should still use a clear local subscription name, with a record of which platform is in use. After a subscription reset, update devices one by one so long-offline backup devices are not missed. Delete subscriptions from retired devices to reduce credential exposure.

Running several devices at once also affects total traffic assessment. A desktop may synchronize files, a mobile device may update apps, and another device may stream media at the same time; all of these requests count toward account usage. If traffic changes more than expected, pause nonessential devices and observe each one separately. Unlimited devices is an access rule, not a separate traffic pool for every device.

Proxy Scope Across Browsers, Terminals, and Apps

The system proxy generally covers browsers and apps that follow operating-system settings, but some terminal programs, virtualized environments, independent proxy extensions, or in-app network settings may bypass the system path. If one app fails while the browser works, check for an independent proxy first. If the browser fails while other apps work, inspect extensions, browser-specific network settings, and the cache.

Linux and development environments especially require a distinction between the desktop proxy, shell environment, containers, and remote sessions. Proxy variables set in a terminal affect only processes that read them; they do not automatically change every desktop app. Containers may also need their own access path. Never write a real subscription link into project files, image definitions, or public repositories. For examples, use only clearly invalid content such as:

export HTTPS_PROXY=http://127.0.0.1:LOCAL_PORT
curl -I https://example.com
unset HTTPS_PROXY

Use the local port actually shown by the client; this guide does not invent fixed parameters. If the client uses network-interface takeover, proxy variables may not be needed, so follow the client’s current operating mode first.

Route Switching and Session Consistency

Many websites retain regional, risk-control, or content-segmentation information in a login session. Switching routes does not mean that every open page immediately adopts a new assessment. To verify a new exit, confirm that the client is connected, close the destination app’s old session, and reopen it. If the old result remains, clear the app’s own cache instead of switching rapidly between routes.

Do not switch routes casually while transferring files, editing remotely, or attending a live meeting. The change alters the underlying connection path and may interrupt the active session. Save your work and pause the transfer before changing the exit and reconnecting. For tasks that require high stability, prepare a backup route in the same region ahead of time, but switch only during a controlled window.

Trace the Full Path Back from the Symptom

The more advanced configuration you add, the more important it is to keep a minimal working baseline. For a complex failure, temporarily disable custom rules, browser extensions, and in-app proxies, leaving only the current subscription and one nearby route, then verify an ordinary webpage. Once the baseline works, restore custom settings one at a time. This identifies the layer that introduced the issue instead of relying on a system reinstall or duplicate purchase.

The complete path can always be reduced to: the account is active, the plan is valid, the subscription updates, the client has taken over networking, the route connects, and the destination service accepts the current exit. Whether the issue involves AI Tools, Streaming, remote work, or ordinary webpages, check these layers in order. For a quick review after basic setup, return to the Guides; to compare price and capacity, see Plans; to choose an exit by region, visit Global Nodes.

Final Checklist

The account should allow you to sign in again with the saved username and password, and the panel’s order, plan, and traffic statuses should match. The client’s subscription source should belong to the current account and update the route list successfully. Only one client responsible for the current connection should be running on each device, with complete system permissions and background settings. After connecting, verify both ordinary webpages and the destination service in layers. Remove subscriptions from devices no longer in use, and ensure no links or account screenshots remain in public environments.

Future use does not require repeating the entire setup. Check capacity and validity in the panel, update the subscription in the client, and choose a route suited to the destination. When something goes wrong, first identify whether the issue concerns the account, subscription, client, route, or destination service, then take the corresponding action. Maintaining this order keeps multi-platform configurations clear and helps restore connectivity quickly after changing networks, devices, or use cases.