REGION INDEX
Verify routes by region
VPNBM covers 90+ countries and 210+ routes. Country coverage describes the range of exit locations; the route count describes the paths available to choose from. These are not interchangeable. A region may have entry points with different names, but similar names do not guarantee the same path. The same path may also perform differently depending on your local access network.
The table below groups the details to check by region. This page does not have a confirmed list of specific servers to publish, so example countries, cities and route types are not presented as active locations. Each row describes how information is reported, not a list of available routes. Check the server list in the user panel for current countries, cities and route types. A region label or map does not guarantee that a particular platform will work.
| Country | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| See server list | See server list | As shown in the server list | Verify in your client |
| North America | |||
| See server list | See server list | As shown in the server list | Verify in your client |
| Europe | |||
| See server list | See server list | As shown in the server list | Verify in your client |
| Other regions | |||
| See server list | See server list | As shown in the server list | Verify in your client |
How to read the fields
Country identifies the intended exit region; city gives a more specific server location. Route type describes how the connection is routed, not whether a particular app will connect successfully. Streaming availability depends on the platform, account region and actual playback. When you see a region name, check the full server details rather than switching based on the name alone.
If the server name differs from the exit location shown by a check, first make sure the check website is using the selected route, then review your client's routing rules. Some apps use separate connections or retain an existing session, so the exit location may not change immediately after switching routes. Reconnect the app before drawing conclusions; the client's connection icon alone is not enough.
PATH STRUCTURE
Dedicated routes, relays and direct connections
The explanations below cover general networking principles; they do not mean every region offers every route type. Network topology and proxy protocols are separate choices: topology determines where data travels, while a protocol determines how a connection is established and transmitted. Choosing a path first, then considering which protocols your client supports, often makes it easier to identify what affects performance.
PRIVATE PATH
IEPL
Focus: cross-region transportIEPL generally refers to an international Ethernet private line. It uses dedicated cross-region transport between two endpoints, reducing competition for key international links with ordinary public-network traffic. The key question is not the word “private” in the name, but whether the path from your device to the entry point, across the international segment and from the exit to the target service suits your needs.
This type of route can suit sustained data transfers, long meetings or use cases sensitive to evening slowdowns. A dedicated line cannot eliminate every bottleneck: congestion on your local network, limited device resources or changes in the route from the exit to the target service may still affect the connection. Judge it by how consistently it works over time, not by a single page load.
In general network planning, dedicated transport resources tend to cost more to procure and maintain. This reflects the cost of the network design; it does not mean VPNBM charges separately for a particular route, nor does it imply an additional fee. See the plans page for plan details and billing. Check the dashboard for currently available servers.
RELAY PATH
Relay routes
Focus: entry points and forwarding pathsA relay adds a forwarding point between you and the final exit. You connect to an entry point, which then forwards your data to the exit. This can combine a route that's easier to reach from your local network with an exit in your target region. An extra forwarding step does not necessarily mean worse performance; avoiding a poor public route can make the overall path more stable.
Relays can be useful when direct routes from your network fluctuate, when you want to try different entry points for everyday cross-border access, or when you want to keep the same exit region while changing the transport path. Keep in mind that relays add entry and forwarding steps, and congestion at any point can slow the entire connection. For a fair comparison, keep the target service and test time consistent.
Relay costs generally include entry-point resources, forwarding bandwidth, exit resources and maintenance. They do not simply fall between dedicated and direct routes in cost, and the route name alone does not tell you what it costs. Compare routes by whether they let you complete your tasks reliably on your current network, not by counting forwarding steps as a measure of quality.
DIRECT PATH
Direct routes
Focus: public-network routingA direct route generally means your client connects to the exit server without an additional service-side relay entry point. Data still travels through carrier and internet exchange infrastructure; it is not literally a single physical link. The route is relatively straightforward, but performance depends more on public routing from your local carrier to the exit region and on congestion at the time.
When the route from your location to the target region is suitable, a direct connection can work well for everyday browsing, lightweight searches and regular apps. If it works during the day but fluctuates noticeably in the evening, consider both public-network congestion and the target service before changing all your client settings. Keep the protocol and app as they are, switch only the route type, and observe what changes.
In general, direct routes use fewer additional service-side forwarding resources, but exit quality, network interconnection and operations still have costs. A simpler setup does not mean lower quality, nor does it guarantee higher speed. Compare direct routes with relays and dedicated routes under the same conditions before choosing your regular route.
USE CASE NOTES
Choose a route by use case
You don't need to find one route that suits every task. For browsing, look for responsive connections; for streaming, consistent playback; for gaming, low fluctuation and packet loss; and for work, reliable sessions. Define the task first, then compare routes to avoid switching without a clear purpose.
Everyday browsing: check full pages, not just the entry point
Web pages include text, images, scripts and other resources. Loading the homepage does not mean every resource loaded successfully. Choose a route for the target region, check whether the pages you use display fully, then confirm that your routing rules send related resources along the intended path. If only one site has problems, compare several pages on that site before blaming the route as a whole.
For everyday use, keep one regular entry point and a backup route suited to your network. A backup is simply another path to try, not an availability guarantee. Reopen a page after switching routes to better distinguish cached content from the results of a new connection.
Streaming: check region and playback separately
Streaming platforms use account region, content licensing and exit-location detection to determine what's available. Choosing a location in the right region is only a starting point; regional coverage does not guarantee access to a particular catalog. After connecting, check whether the content is available and whether it plays continuously. Opening the platform homepage alone does not prove video traffic uses the same route.
If playback buffers, first check your local Wi-Fi, background transfers and the platform's status before trying another route. Compare using the same content and playback settings; this is more useful than changing the region and app at the same time. High-resolution streaming uses more data, so keep an eye on your plan's remaining allowance.
AI tools: check the session and task completion
Access to AI tools depends on the provider's regional policies and your account status. A working connection does not guarantee that every account feature is available. Check the complete workflow, from signing in and submitting a task to receiving the result. For long responses or file tasks, sustained connectivity matters more than whether the homepage loads.
Try to keep the same exit location throughout a session. If something fails, save any work you need, then check whether the error relates to account permissions, the request or network transmission. Avoid switching regions repeatedly while a task is running; it makes the cause harder to identify.
Gaming: confirm the client uses the selected route
Gaming performance depends on the game server's region, route changes, packet loss and local network quality. A general-purpose proxy is not the same as route optimization for a specific game. VPNBM's regional coverage is not a promise of game-specific optimization. First check that the game's transport requirements are compatible with your client, then observe performance during actual play.
Loading the sign-in page does not tell you how the game will perform. Games may use separate servers or connection methods, and routing rules may send some traffic directly. When comparing routes, use the same game server in similar network conditions and stop large background downloads to avoid mistaking local resource competition for an exit-route problem.
Work: prioritize stable sessions over frequent route changes
Video meetings, collaborative documents and file transfers typically need persistent sessions. Choose a route that meets your work service's regional requirements, then test sign-in, file access and voice connections before starting important tasks. Company access tools or management policies may affect routing. Follow your organization's access requirements and don't change managed settings on work devices without authorization.
VPNBM allows unlimited devices to be connected at the same time, but device count and network resources are different things. Devices sharing a local network still share its access capacity, and you should check data usage against your plan. During meetings, reducing large file transfers on other devices is generally more helpful for keeping sessions stable than repeatedly changing protocols.
CHECK AFTER CONNECTING
Post-connection checks
First confirm your client is using the current subscription, then check the selected server and routing mode. Next verify the exit region and DNS, then test the target app by completing an actual task. The exit-check website must use the selected route; otherwise, seeing your local exit does not indicate a server problem. Interpret DNS results in light of your client's DNS settings rather than relying on a region label alone.
Change one main factor at a time when comparing routes. For example, keep the exit region the same and switch only between relay and direct routes, or keep the route unchanged and test another website. Record the time, local network, selected server, app behavior and any error messages to make the issue easier to reproduce. Do not share subscription URLs, account passwords or other access credentials in your notes.
For help, submit a support ticket through the user panel and explain whether all apps are affected or only a particular task. Share client status and error details with sensitive information removed; this is more useful than simply saying “the connection is bad.” See the technical reference for details on routes and protocols. For your first import and client setup, follow the quick-start guide.
The region determines the exit location; the route affects transmission conditions. Judge the result by using the target app, not by the server name.