VPN Servers - VPNRG | 120+ Countries and 190+ Routes

ROUTE DIRECTORY

Browse routes by region

The table explains each route’s region, city, connection structure and streaming use. You do not need to compare every route individually; identify the region of the content you want first, then choose from the relevant group.

Country or region	City	Route type	Streaming support
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL private line	Supported
Japan	Tokyo	Transit	Supported
Japan	Osaka	Direct	Supported
Singapore	Singapore	Direct	Supported
South Korea	Seoul	Transit	Supported
Taiwan, China	Taipei	Transit	Supported
Malaysia	Kuala Lumpur	Direct	Supported
Thailand	Bangkok	Direct	Supported
North America
United States	Los Angeles	IEPL private line	Supported
United States	San Jose	Transit	Supported
United States	Seattle	Direct	Supported
United States	New York	Transit	Supported
Canada	Vancouver	Transit	Supported
Canada	Toronto	Direct	Supported
Europe
United Kingdom	London	Transit	Supported
Germany	Frankfurt	Transit	Supported
France	Paris	Direct	Supported
Netherlands	Amsterdam	Direct	Supported
Switzerland	Zurich	Direct	Supported
Finland	Helsinki	Direct	Supported
Other regions
Australia	Sydney	Transit	Supported
New Zealand	Auckland	Direct	Supported
United Arab Emirates	Dubai	Transit	Supported
India	Mumbai	Direct	Supported

The route directory may change as network planning evolves. Regional groups in the client are the actual route-selection entry point. When you need content from a specific region, use the routes currently available in the client rather than staying tied to one city.

LINE STRUCTURE

IEPL Private Lines, Transit and Direct Routes

The key difference between these three route types is not their names but how traffic moves through the network. Understanding the relationship between the entry point, forwarding nodes and target exit helps match each route type to the right use case.

IEPL

IEPL Private Lines

IEPL private lines focus on controllable cross-region connectivity. Traffic first enters a designated access point, then follows a planned path to an exit in the target region. Compared with relying entirely on ordinary public-internet routing, this structure reduces the impact of unpredictable route changes on cross-border access. It is especially suitable for continuous transfers, long sessions and stable access to international services.

They are well suited to remote work, data synchronization, online collaboration, developer tools that require persistent connections and use cases sensitive to evening network fluctuations. Private-line infrastructure typically costs more to build and maintain than ordinary routes, so it does not need to carry all traffic. For local content or occasional web access, application rules can keep traffic on a direct local path while applications that genuinely need international access use the private-line group.

A private line does not guarantee identical performance for every destination. The target website’s service status, account region, content delivery strategy and the user’s network all affect the final result. A more reliable approach is to choose the target region first, then switch between private-line and transit routes in that region to compare page loading, file transfers and persistent connections for the current task.

RELAY

Transit Routes

Transit routes add a controlled forwarding node between the entry point and the target exit. The entry point accepts the connection, the intermediate node forwards traffic toward the target region, and the exit node reaches the target service. This can avoid some unsuitable direct routes and provide a more appropriate path based on regional connectivity.

These routes suit streaming, AI tools, everyday websites and applications that require an exit in a specific region. More forwarding hops are not necessarily better; too many layers make troubleshooting harder. VPNRG groups route names with their target regions, so you only need to confirm the use case and exit region instead of studying every network detail first.

When a direct route in the same region becomes unstable, loads page resources incompletely or frequently drops sessions, switch to a transit route for comparison. If transit works normally, the issue is more likely on the direct path than with the account, client or target application.

DIRECT

Direct Routes

Direct routes connect from the current network to the target-region exit without an additional transit node. Their structure is simple and their path is clear, making them suitable for everyday browsing, quick lookups, light access and tasks without strict regional requirements. Where routing conditions are favorable, direct routes provide a straightforward connection that is easy to understand.

Direct-route performance is more sensitive to the user’s network, public-internet routing across regions and time-of-day changes. When evening slowdowns occur, do not simply cycle through several direct cities. A more effective test is to keep the target region unchanged and switch to a transit or IEPL private line in the same region, using the change in route structure to locate the issue.

In terms of cost, direct routes are generally simpler, transit routes require additional forwarding resources, and IEPL private lines require more controlled network investment. Plans do not need to be purchased separately by route type. The priority is to switch routes for each task rather than keep every application on a more expensive path.

ROUTE SELECTION

Choose Routes by Use Case

Keep route selection simple: confirm the target service’s region, determine whether the task depends on a persistent connection, then compare route types in that region. Do not look only at city names or make one route the permanent exit for every application.

BROWSE

Everyday Browsing: Prefer Nearby Regions and Simple Paths

For international websites, research, document reading and ordinary web use, the goal is usually to connect quickly and load page resources completely. Start with nearby Asia-Pacific regions and try a direct route from the Hong Kong, Japan or Singapore groups. If the main page loads but images, scripts or login status behave unexpectedly, compare it with a transit route in the same region.

Browsing often combines local and international websites. Use application rules so browsers or apps that need international routes use VPNRG while other traffic keeps its normal path. This reduces unnecessary traffic and helps prevent local services from triggering additional checks because the exit region changed. There is no need to bind every website to a city; maintaining rules by region is easier.

STREAMING

Streaming: Prioritize Exit and Account Regions

Streaming content is generally determined by the exit region, account region and licensing territory. First identify the region for the content you want, then choose a route marked as supporting streaming in that region. Use the United States group for US content and the Japan group for Japanese content rather than choosing across regions simply because a city name is familiar.

If the platform homepage opens but the catalog is unexpected, first check whether the account region matches the route’s exit region. If buffering is frequent, keep the region unchanged and switch from direct to transit or IEPL private line within that group. Reopen the app after switching so the previous exit information is not retained in the old session. Platform rules may change, so route labels are for selection guidance and do not guarantee a platform will keep the same policy permanently.

AI TOOLS

AI Tools: Prioritize Session Continuity and Regional Consistency

Common AI tool tasks include web chats, code completion, file uploads, generation jobs and API debugging. Short chats are relatively undemanding, while long contexts, continuous output and file transfers depend more on session continuity. Choose a region where the service is available, such as the United States, Japan or Singapore, then begin testing with a transit route or IEPL private line.

After signing in, avoid switching frequently between countries. Repeated exit-region changes may cause the service to recheck the session, leading to sign-outs, page refreshes or interrupted tasks. Bind developer tools and browsers to the same regional group so web authorization and local applications use a consistent exit. If only one app cannot connect, check its application rules before changing accounts or reinstalling the client.

GAME

Gaming: Choose the Server Region and Avoid Unnecessary Detours

The key to gaming route selection is placing the exit near the game server, not choosing a city that is close to the user but far from the server. For Asian servers, start with Japan, South Korea or Singapore; for North American servers, use the United States or Canada groups. If the launcher and game process run separately, confirm that both are covered by the same application rule.

Game updates, account sign-in and live matches may connect to different services. If sign-in works but the match connection fails, check the launcher, main game process and related background processes separately. When a direct route is unstable, keep the server region unchanged and switch to a transit route. This helps determine whether the issue is a missing application rule or an unsuitable public route for persistent connections.

WORK

Remote Work: Stable Sessions Matter More Than Frequent Switching

Remote desktops, online meetings, code repositories, enterprise dashboards and file synchronization all depend on persistent sessions. During work, prefer a transit route or IEPL private line near the target service and keep the exit region unchanged whenever possible. Once the connection is stable, do not switch simply because another city is available; changing routes rebuilds the connection and may interrupt an upload or remote session.

When many work devices are involved, the same account can be used to connect, and VPNRG supports unlimited devices. Devices do not have to use the same city, but keeping a similar exit region when accessing the same enterprise system makes troubleshooting easier. Before an important transfer, open the target system and run a small-file test. Once the session is stable, begin continuous synchronization. If an issue occurs, record the regional group, route type, client platform and exact symptoms before submitting a ticket.

REGION GROUPS

Regional Groups and Coverage

120+ countries / 190+ routes is not a list users are expected to memorize. The client first organizes routes by broad region, then shows countries, cities and route types, keeping selection focused on “use case → region → route structure.”

APAC

Asia-Pacific

Hong Kong, Japan, Singapore, South Korea, Taiwan, Malaysia, Thailand, India, Australia and New Zealand, among other regions. Suitable for Asian content, everyday browsing, AI tools and regional streaming access.

NA

North America

The United States and Canada organize routes around major cities. They suit North American streaming platforms, developer services, code repositories, online collaboration and work systems that require a North American exit.

EU

Europe

The Europe group includes the United Kingdom, Germany, France, the Netherlands, Switzerland and Finland, among other regions. Choose based primarily on the target service’s country and the account region.

OTHER

Other regions

Coverage includes the Middle East, Oceania and additional international regions. These routes suit services with specific regional requirements and can also serve as exits for cross-region business and remote collaboration.

OPERATING METHOD

Route Switching and Troubleshooting

Use route switching to isolate a problem, not to try options continuously without a plan. Keep the target region unchanged and alter only the route structure to determine whether the issue comes from the direct path, transit path, client rules or target service.

Open the Troubleshooting Guide

Fix the Target Region First

Choose a group based on the region of the website, streaming service, AI tool, game server or enterprise system. If the target is in the United States, stay within the United States group while comparing routes. Do not change the country and route type at the same time, or you will not know which change solved the issue.

Then Compare Route Structures

Switch from direct to transit, or from transit to an IEPL private line, then establish the application session again. Compare whether page resources, login status, continuous output, file transfers or remote connections recover. Focus only on behavior directly related to the current task.

Check Application Rules

If a browser works but a standalone app does not, first confirm that the app is routed through VPNRG. Conversely, if the app works but the website does not, check the browser, helper processes and system name resolution to ensure they use the expected path.

Submit Reproducible Details

If the issue persists, submit a ticket through the user panel with the platform, target service, regional group, route type, time of occurrence and observed symptoms. Do not submit account passwords or complete subscription details. Specific information makes it easier to distinguish a route issue from an application configuration issue.

SERVICE NOTES

Facts to Confirm Before Use

The number of nodes is only part of the coverage picture. Actual performance also depends on route selection, target-service rules, the current access network and client configuration. The following information helps set consistent expectations.

Route Names Are Not Fixed Performance Guarantees

Cities, regions and route types describe the exit location and network structure. They do not mean results will be identical at every time or on every access network. When conditions change, switch between route types in the same region rather than judging an entire route group permanently from one result.

Streaming Support Depends on Regional Rules

A route may be used to access streaming services for the corresponding region, but the final catalog also depends on the account region, licensing territory and platform rules. If the catalog is unexpected, check the exit region and account region first, then establish the application session again. Do not switch countries repeatedly during playback.

Unlimited Devices Still Require Sensible Routing

VPNRG supports unlimited devices. When several devices are connected at once, assign regional groups by use case—for example, keep a stable exit on work devices and choose the content’s region on entertainment devices. Sensible traffic separation is easier to maintain and troubleshoot than keeping every device connected to the same city.

Registration and Plans Are Managed in the User Panel

No email address is required; create an account with a username and password. The client and subscription are obtained through the user panel after signing in; marketing pages do not provide static installers or subscription URLs. Plans support Alipay / WeChat Pay / USDT and include a 60-day no-questions-asked refund.