Browse by region, route type, and use case
Coverage across 110+ countries and 150+ routes. This page organizes representative cities, route types, and use cases so you can choose a region first, then compare IEPL, transit, and direct routes based on your stability needs.
Regional Directory
The routes below are representative examples showing city distribution, route types, and streaming access options; they are not a complete route list. You do not need to compare every region first. In most cases, identify the region where the service is based, then compare IEPL, transit, and direct routes within that region. This makes connection performance easier to assess than switching between distant regions repeatedly.
Suitable for everyday browsing, regional content, AI tools, and cross-border work. When the target service is in Asia, start by trying an Asia-Pacific route.
| Country or region | City | Route type | Streaming support |
|---|---|---|---|
| Japan | Tokyo | IEPL | Supported |
| Japan | Osaka | Transit | Supported |
| Singapore | Singapore | IEPL | Supported |
| Hong Kong, China | Hong Kong | Direct | Supported |
| South Korea | Seoul | Transit | Supported |
| Australia | Sydney | Transit | Supported |
Suitable for North American websites, video services, collaboration platforms, and AI tools. If a service provides content based on exit region, match its primary operating region where possible.
| Country | City | Route type | Streaming support |
|---|---|---|---|
| United States | Los Angeles | Transit | Supported |
| United States | San Jose | IEPL | Supported |
| United States | New York | Transit | Supported |
| Canada | Vancouver | Direct | Supported |
| Canada | Toronto | Transit | Supported |
Suitable for European websites, regional media, remote documents, and business services. When your destination is clear, choose the corresponding country directly rather than relying on familiarity with a city name.
| Country | City | Route type | Streaming support |
|---|---|---|---|
| United Kingdom | London | Transit | Supported |
| Germany | Frankfurt | Transit | Supported |
| France | Paris | Direct | Supported |
| Netherlands | Amsterdam | Transit | Supported |
| Switzerland | Zurich | Direct | Supported |
Use these routes for local websites, account services, or work resources in a specific region. They are best suited to tasks with a clearly defined destination; do not choose them by default simply because the location is farther away.
| Country | City | Route type | Streaming support |
|---|---|---|---|
| Brazil | São Paulo | Transit | Supported |
| United Arab Emirates | Dubai | Transit | Supported |
| South Africa | Johannesburg | Direct | Supported |
| New Zealand | Auckland | Transit | Supported |
Connection Methods
Route names describe how data travels, not a simple ranking. Each method has different strengths in stability, resource cost, suitable tasks, and flexibility. Choose based on the target region, current network conditions, and intended use rather than the name alone.
IEPL routes carry the main transmission over a more controlled international link with a relatively defined path, and are generally used for tasks that require consistent connectivity. Their value is not just how quickly a page opens, but how they can reduce disruption from changing public-network paths during long video sessions, meetings, remote collaboration, or continuous transfers.
These routes generally cost more resources than standard paths, making them a better fit when stability is the priority. For uninterrupted remote work, extended streaming, or ongoing AI conversations, start with an IEPL route in the target region. If the service is located elsewhere, match the region first rather than choosing the wrong exit solely for the route name.
A transit route first connects to a planned entry point, then reaches the target region through an intermediate path. This can avoid some public routes that are less suitable for long-distance transmission and provide a more appropriate exit for different regions. It balances coverage, resource cost, and everyday stability, making it a common choice for browsing, video, AI tools, and general work.
Transit does not mean the connection always passes through the same city. The city in a route name usually identifies the primary exit region. What matters is whether the target service correctly recognizes that region and whether sustained use remains smooth. If several transit routes are available in one region, connect to each in turn, complete the actual task, and choose the one that suits your current network conditions.
Direct routes reduce intermediate forwarding and connect the current network directly to the target exit. Their path is simpler, making them suitable for web browsing, short queries, backup connections, and brief tasks with a clear regional requirement. Because public-network paths can change with time and carrier conditions, performance depends more on the user’s current access environment.
A direct route is not a lower-tier option and should not be ruled out broadly. In some regions and network conditions, it may provide a more natural access experience. A reliable approach is to compare it with other routes in the same region: complete page loading, sign-in, and content recognition before continuing. If repeated reconnections occur during the task, switch to transit or IEPL.
Use Cases
The key order is “service region, task type, route method.” Identify what you need to access, determine the requirements for stability and regional recognition, and only then compare routes in the same region. This makes it easier to separate route issues from account settings, browser cache, and target-platform rules.
For everyday browsing, first check that the target region is correct; you do not need the higher-resource route every time. When accessing services in Japan or Singapore, start with a transit or direct route in the corresponding region. If the page includes continuously loading documents, images, or web apps, compare an IEPL route in the same region. Test by completing a search, sign-in, page navigation, and file preview rather than checking only whether the homepage opens.
For streaming, match the region of the library or live service first, then choose a route marked as supporting streaming. After connecting, reopen the app or browser page so the platform can reassess the exit region. If the page loads but the content list does not change, the cause may be the account region, cache, or licensing rules. Try another route in the same region before switching to another country.
AI tools often depend on sign-in status, regional recognition, and a sustained connection at the same time. Being able to submit a short prompt does not mean a long response will complete reliably, so run a full conversation including sign-in, submission, generation, and a follow-up prompt. For continuous generation, file processing, or longer sessions, prefer an IEPL or transit route in the target region and keep the exit region unchanged during the task.
For gaming, check the server region rather than looking only at the user’s location. The account sign-in region, matchmaking region, and actual game server may differ, so use the region shown in the game. After connecting, complete a sign-in and matchmaking test before starting an ongoing session. Switching countries frequently may cause the platform to reassess the region, adding uncertainty to sign-in or matchmaking.
Work tasks often involve meetings, cloud documents, business dashboards, and messaging tools at the same time, so a stable continuous connection matters more than loading one webpage. Prefer an IEPL or transit route in the region where the business service is located, and complete sign-in verification before work begins. Do not switch routes frequently during a meeting or file transfer: a changed exit can trigger another sign-in or interrupt unsaved work.
Workflow
Switching routes is not about clicking cities at random. Change only one condition at a time so you can tell whether the issue comes from the region, route method, app cache, or local network.
Check the target service’s account region, content region, or server zone. For a website tied to a specific country, choose the same country first. If the service only distinguishes broad regions, begin with a nearby city that fits the task. When the region is wrong, content may not match even if the connection itself is smooth.
Keep the country or region unchanged and compare transit, IEPL, and direct routes in sequence. This holds regional recognition constant while showing how the route method affects the actual task. Disconnect the current connection before each switch, wait for the client to show that it has disconnected, and then select the new route to prevent the old session from continuing to use the previous exit.
Some websites and apps cache the previous exit information. After switching routes, close the original page or app, then reopen it and sign in again. Refreshing an existing page may preserve the old session and make it seem as though the route has not changed. Streaming services and AI tools are especially suitable for verification in a new session.
For browsing, complete a search and navigate through several pages. For streaming, start actual playback. For AI tools, complete one continuous generation cycle. For work, open a frequently used document or meeting entry point. Checking only whether the homepage appears cannot show whether later requests suit the route. Afterward, note the region and route type that worked to reduce repeated testing next time.
If different routes in the same region perform similarly, check whether the current network is switching frequently, whether the client still has an old connection, or whether the target service requires another sign-in. You can also test again on a different local access network. For further troubleshooting, submit a ticket from the user panel and include the target service, selected region, route type, and the stage at which the problem occurred.
Coverage
VPNBe covers 110+ countries and 150+ routes. Country coverage describes the available range of exit regions, while the route count reflects combinations of cities, path methods, and use cases. Consider both figures together; neither number alone determines whether a route suits a specific task.
When the target region is clear, choose an exit by country. Before accessing an international website, regional content, or a business system, confirm its account-region and exit-location requirements, then select the corresponding country.
A country may offer multiple cities or route methods, making it easier to compare IEPL, transit, and direct routes by task. The route directory may change with maintenance schedules; the options shown in the client should be treated as the current basis for connection.
Available on Windows, macOS, iOS, Android, and Linux. After signing in, each device can obtain the client and subscription details from the user panel and complete its own import.
Create an account with a username and password. Afterward, open the user panel to view plans and obtain client and subscription details. Subscription links are account information and should not be shared publicly.
If you already know which service you need to access, start testing from its corresponding region. If you are still comparing plans, review the full details for monthly subscriptions and perpetual, non-expiring data packages.