100+ countries / 160+ routes

VPN servers and routes

Choose an exit location first, then compare route types. Distance, routing, and the destination service all affect the connection; location names are not performance rankings.

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Routes by region

The table below lists only the regions described here; it is not a complete coverage list. Check the client for available cities and current routes. Unconfirmed details are marked for verification rather than inferred from regional coverage.

Route examples by region and how to verify streaming
Country / region	City	Route type	Streaming support
Asia-Pacific
Singapore	Check the client	Check the client	Verify access to the desired catalog after connecting
Japan	Check the client	IEPL	Verify access to the desired catalog after connecting
Hong Kong	Check the client	Check the client	Verify access to the desired catalog after connecting
North America
United States	Check the client	Check the client	Verify access to the desired catalog after connecting
Europe
Netherlands	Check the client	Check the client	Verify access to the desired catalog after connecting
Other regions
Check in the client	Check the client	Check the client	Verify each destination service

An entry point and an exit location are not the same thing

In the client, a region usually identifies the final exit location; it does not necessarily describe the entire connection path. Your local network may first connect to an access point, then travel through a relay or dedicated transport link to the exit. Routes to the same exit can therefore perform differently. When choosing one, check the location, route type, and protocol—not just the geographic label.

If a destination service requires a specific region, check its terms first and choose the corresponding exit. If there is no regional requirement, a closer location may be worth trying, but straight-line distance on a map is not the whole story. Peering between providers, the access point, and the destination server's location can all make the actual route differ from what geography suggests.

VPNS8 covers 100+ countries and 160+ routes. This gives you a range of exit locations to choose from, but route types, protocol combinations, and third-party service performance may vary by country. See the client for the full list of available options; this reference page explains how to choose.

Dedicated routes, relays, and direct connections

Route type describes how the transport path is arranged; protocol describes how a connection is established and carries data. They are different layers, so a protocol name alone cannot tell you how well a route will perform.

IEPL

IEPL dedicated routes: a focus on control over the transport segment

IEPL generally refers to an international Ethernet private line. This approach uses dedicated links for specific transport segments, giving the provider more control over how access and exit paths are arranged. The aim is to reduce uncertainty on parts of the public internet—not to make every part of the connection a dedicated resource. Your local wireless network, access provider, and destination service still affect the experience.

For ongoing meetings, remote work, or extended data sessions, an IEPL route can be one option to compare. Judge it by whether your work completes reliably and the connection stays up, not by the route label alone. Routes with the same name can still differ depending on the exit and your local network.

Dedicated transport resources generally cost more to build and maintain, and require capacity planning and access management. That does not imply separate fees or pricing rules not listed on this page. Check the pricing page for VPNS8 plan prices and data allowances; do not infer costs from route type.

Relay

Relay routes: paths via an access point

A relay route connects to an access point first, which then forwards traffic to the exit. An extra step does not necessarily make the connection worse: when the access point has better peering with your local provider, the arranged path may work more smoothly than connecting directly to the exit. On the other hand, limited relay capacity or an unsuitable path can become a bottleneck.

For everyday browsing, research, and mixed app use, compare relay and dedicated routes under the same conditions. If a direct route connects but frequently drops, changing the route type can be more useful for diagnosing the issue than repeatedly switching protocols for the same exit.

Relay routes require additional access, forwarding, and operational resources. Costs depend on node locations and transport arrangements, so they cannot be assumed to be lower or higher than every other option. Choose based on how the route performs for your tasks, not on the number of hops.

Direct

Direct connections: a simpler route layout

A direct connection usually means the client connects to the exit endpoint without a relay access point separately configured by the provider. The network still passes through provider equipment and peering links, so “direct” does not mean the physical path is perfectly direct or free from contention on public network resources.

If your local network has good connectivity to the destination exit, a direct route may suit everyday use or serve as a backup. It can also help isolate routing differences: comparing direct and relay routes to the same region may narrow down the cause of an issue. But loading a webpage does not prove that a long-lived connection or continuous video playback will work just as well.

A direct route has a simpler layout, but exit resources, transport capacity, and maintenance still cost money. “No relay” does not mean free or consistently cheaper, nor does it guarantee higher speeds. Once you understand the topology, decide whether to keep it as a regular option based on your actual needs.

Choose an exit by use case

Start by defining the task, then decide which routes to compare. Keep the destination app and local network the same, changing only one route setting at a time so the results are easier to interpret.

Everyday browsing

Browsing websites and documents often involves multiple domains, so start with a route that has no special regional requirement. Check that the main content, images, and sign-in flow all load—not just the homepage. Some pages fetch resources from other domains. If the main page opens but attachments fail, check split-tunneling rules and app settings too.

If several regions let you complete the task normally, stick with the route that is easiest to use and stays connected reliably; there is no need to switch constantly. Keeping another route type as a backup is more practical than chasing a particular location name.

Streaming and content catalogs

Streaming depends on both the catalog region and sustained playback. Check your account and content licensing first, then choose an exit and open the title you want to watch. Confirm playback starts, resumes after seeking, and continues without repeated buffering. Seeing a title's artwork does not mean playback has been verified.

Streaming platforms may change how they identify exits and enforce content licensing, so a static list of regions cannot guarantee ongoing access. If the catalog does not change after switching routes, reopen the app and check your account status. For more on region detection and playback checks, see our guide to streaming access >

AI tools and coding assistants

AI chat, coding assistants, and command-line tools may rely on persistent connections. When choosing a route, check not only whether you can sign in but also whether responses finish, requests in your editor complete, and the app follows your system or its own proxy settings. If the web app works but a developer tool does not, do not assume the region is the cause.

Keeping the exit location consistent during a task can reduce changes to the session environment. If output repeatedly cuts off, first distinguish an app error from a dropped network connection, then compare other route types. Third-party tools may have their own regional rules, account eligibility requirements, and terms of use.

Gaming connections

Gaming depends more on connection stability and continuous packet delivery than on download speed; a smooth game download does not predict how a match will perform. First check where the game servers are and whether the game permits the use of network tools, then confirm the client supports the connection method the game actually uses.

Consider exits near the game server region, then compare them in a test environment that follows the game's rules. If only the game has issues while other apps work, check the game protocol, routing mode, and local wireless network. VPNS8 is an international routing subscription service, not a product optimized for every game.

Work and remote collaboration

For work, follow your organization's access and data security requirements first. If your company already has a dedicated connection or fixed exit rules, ask an administrator whether using another network connection alongside it is allowed. Do not change company security policies just to test routes or assume that a public exit is the cause of internal access issues.

Once use is approved, check meetings, file uploads, and remote operations separately. Avoid switching exits during long-running tasks; if you need to switch, save your work first and check whether the session needs to be reauthenticated. Simultaneous device use is unlimited, but different network environments can still produce different results.

Post-connection verification steps

Verify the connection with the destination app; a route name or exit location alone does not tell the whole story.

Check the exit and app settings

After choosing a region in the client and connecting, use an exit IP lookup > to check which exit your current browser request uses. This only shows the route for that request; it does not mean every app on your device uses the same settings. If the destination app has its own proxy configuration, check it there as well.

Keep conditions consistent and compare real tasks

When something goes wrong, note the app, the step where the issue occurred, and the route region, type, and protocol. Keep the local network unchanged and try a different route first. If the issue persists, check the app settings or local connection. Changing several things at once makes it hard to tell what fixed the problem.

If the issue happens at a particular time of day, retest under similar conditions rather than using daytime browsing results to predict how streaming will hold up in the evening. Dedicated, relay, and direct routes offer different path options, but they do not replace checks of your local connection or the destination service.

Troubleshoot persistent issues

Save your work, reconnect, and repeat the action that failed. To report an issue, use the support ticket portal > in the dashboard and describe how to reproduce it. Include your device platform, the route name shown in the client, and any error message to help distinguish routing, protocol, and app configuration issues. Hide account credentials and subscription links in screenshots; never share your full subscription details publicly.

New users can follow the quick-start guide > to configure a client. No email address is required; create an account with a username and password. The dashboard provides download links for Windows / macOS / iOS / Android / Linux; availability requirements are shown there. To compare data plans, see plan details > rather than inferring plan benefits from route names.