90+ countries / 200+ routes

Global servers and routes

Choose an exit based on your destination, route topology, and local network conditions. WrVPN offers routes across Asia-Pacific, North America, Europe, and other regions, with support for Windows / macOS / iOS / Android / Linux.

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internet r-- rw-

ACCESS Read from anywhere Choose an exit by destination

RETURN Write back worldwide Return traffic follows the route topology

POLICY Route labels IEPL, relay, and direct routes are labeled separately

Route inventory

Routes grouped by region

The table outlines available regions, cities, and common route types. Check the user panel for current entry points, streaming labels, and maintenance status. Route names describe topology, not guaranteed speed; results can vary with your local network, time of day, and destination service.

Country / region	City	Route type	Streaming support
Asia-Pacific
Japan	Tokyo	IEPL	Supported; see the panel label
Japan	Osaka	Relay	Supported; see the panel label
Singapore	Singapore	IEPL	Supported; see the panel label
Hong Kong, China	Hong Kong	IEPL	Supported; see the panel label
Taiwan, China	Taipei	Relay	Supported; see the panel label
South Korea	Seoul	Relay	Supported; see the panel label
Australia	Sydney	Direct	Choose by route label
North America
United States	Los Angeles	IEPL	Supported; see the panel label
United States	San Jose	Relay	Supported; see the panel label
United States	New York	Direct	Choose by route label
Canada	Vancouver	Relay	Supported; see the panel label
Canada	Toronto	Direct	Choose by route label
Europe
United Kingdom	London	Relay	Supported; see the panel label
Germany	Frankfurt	IEPL	Supported; see the panel label
France	Paris	Direct	Choose by route label
Netherlands	Amsterdam	Relay	Supported; see the panel label
Switzerland	Zurich	Direct	Choose by route label
Other regions
United Arab Emirates	Dubai	Relay	Choose by route label
India	Mumbai	Direct	Choose by route label
Brazil	São Paulo	Direct	Choose by route label
South Africa	Johannesburg	Direct	Choose by route label

Route topology

IEPL, relay, and direct routes

Route types describe how traffic is organized between your local network and the destination exit. The name alone does not determine speed; consider your local carrier network, the destination service region, time of day, and connection protocol. Understanding the differences between these three topologies is more useful than choosing by region name alone.

More variable public paths Dedicated international link

IEPL: more centralized path control

IEPL routes typically organize the cross-border segment through dedicated international Ethernet links, reducing the number of public-network hops. Their value is not identical results in every scenario, but a more centralized, controllable path. During busy periods on local networks, public routes may detour or congest; IEPL generally provides clearer boundaries for path management.

These routes suit ongoing work, persistent connections, remote meetings, larger file transfers, and AI tool sessions that are sensitive to connection fluctuations. Dedicated routes usually require more resources and maintenance than ordinary direct routes, so reserve them for tasks that truly need continuity rather than routing every background update through the same entry. If an IEPL route is under maintenance, temporarily switch to a relay route in the same region to keep the destination environment more consistent.

Direct cross-border connection Separate entry and exit

Relay: connect to an entry, then reach the exit

Relay routes separate the entry point from the final exit. Your device first connects to an entry suited to the local network, then an intermediate link forwards traffic to the destination region. This helps avoid unstable first-leg paths while allowing the exit region to be adjusted independently. A nearby entry does not mean your external location is the entry region; use the final exit to determine what region external services see.

Relay routes work well for everyday browsing, streaming, downloads, and routine cross-border access, and serve as a backup to IEPL. They may involve more processing steps than IEPL, but resource scheduling is more flexible and costs typically fall between dedicated and ordinary direct routes. When choosing a relay, fix the destination region first, then compare different entries in that region to avoid changing too many variables at once.

Device network Destination exit network

Direct: simple topology, results depend on public routing

Direct routes connect the device to the destination exit through the public network without an additional entry layer. Their topology is simple and easy to understand, making them suitable for ordinary websites, updates, and tasks with a clear regional requirement but low need for persistent connectivity. For distant destinations, traffic usually crosses more public-network routes, so the quality of your local carrier’s exit has a more direct effect on performance.

Direct infrastructure generally costs less than dedicated routes and multi-hop relays, making it suitable for broader regional coverage and lower-frequency destinations. Direct does not necessarily mean weaker performance: when the path from your local network to the destination data center is naturally smooth, it may outperform a detouring relay. Judge by task results rather than ranking route names.

Selection guide

Build a route order by use case

Route selection is not about finding one entry for every task. Consider the destination region, how sensitive the task is to continuity, and which topology currently suits your local network. The order below provides a baseline for first connections and troubleshooting.

Everyday browsing

For web browsing, start with a nearby relay or direct route that reaches the destination normally. Web tasks usually use many short connections, so switching routes is relatively easy and there is no need to insist on one topology. If pages load intermittently, try another route type in the same region before switching to a distant exit.

When signing in, keep the exit region consistent throughout the operation. Frequent cross-region changes may trigger the destination service’s own security checks. Adjust the route after important actions to reduce repeated verification caused by session changes.

Streaming and audio

Choose the exit based on the content region, then check the streaming label in the user panel. Once playback starts, focus on whether buffering continues rather than only whether the homepage opens. Homepage access does not mean specific content is licensed in that region; the catalog, account region, and platform policy may all affect the result.

If playback is unstable, compare IEPL and relay routes in the same region in sequence. Keeping the region unchanged helps distinguish routing issues from content policy. After switching, start a new playback session so the old connection does not continue using the previous exit.

AI tools and developer APIs

Web-based AI tools often involve continuous generation, file uploads, and longer sessions, so prioritize an IEPL or relay route with a stable exit and fewer path changes. Keep the same exit once a conversation starts and avoid switching during a response. If the tool has regional requirements, first confirm the permitted regions in its terms, then choose the corresponding exit.

Developer APIs also require attention to request timeouts, concurrency, and exit consistency. Network routes address transport paths; they do not replace API key management, retry strategies, or rate-limit controls. When a request fails, check the route connection, API response, and application logs separately rather than attributing every error to the exit region.

Gaming and interactive connections

Gaming depends more on input response and packet continuity. Match the route to the game server’s region first, then compare entries with more direct paths. Geographic distance is only one reference point; actual routing may cross different networks, so the nearest city is not always the best choice.

Before connecting, pause background updates that consume bandwidth and keep the route unchanged during the same match or session. If the connection fluctuates, test direct, relay, and IEPL routes in the same region separately. Avoid repeated cross-region switching, or it will be difficult to tell whether the change came from the route or the game server.

Work, meetings, and file transfers

Work tasks often combine web access, meetings, document syncing, and persistent connections. Prioritize a route with more centralized path control and consistent performance on your local network. Check the connection and destination service before an important meeting, and do not change exits during it. Switching routes mid-transfer may rebuild the session, so wait for the current task to finish.

Enterprise systems may apply access rules based on exit region. Follow your organization’s authorization and information-security requirements, and choose an approved region. WrVPN provides the network path; permissions for a specific system remain determined by the destination service and organizational policy.

Regional coverage

Start with the destination region, not the route name

WrVPN covers 90+ countries / 200+ routes. Choose a region for a clear access goal: the account region, content licensing region, workplace policy, and destination server location usually matter more than the route name. Once the region is fixed, compare IEPL, relay, and direct routes for a clearer decision.

APAC Asia-Pacific

Suitable for access tasks targeting Japan, Singapore, Hong Kong, China, Taiwan, China, South Korea, Australia, and nearby regions.

NA North America

Common exits across the United States and Canada, suitable for North American websites, developer services, content platforms, and workplace systems.

EU Europe

Options across the United Kingdom, Germany, France, the Netherlands, and Switzerland make it easier to match European destination services.

OTHER Other regions

Coverage across the Middle East, South Asia, South America, and Africa for tasks with clear regional requirements.

Operating notes

How to switch and evaluate routes

The route list provides an orderly set of choices, not a reason to switch randomly. Fix the destination region first, change the route type second, and then check the device and destination service. This narrows the cause faster and avoids frequent changes to the account region.

First-connection checklist

Confirm that the client has imported the current subscription and connected successfully, then open the destination website to check whether the exit matches expectations. If the destination is unavailable, try another route in the same region before changing the region, protocol, and app settings together. Change one condition at a time so you know what actually helped.

Windows / macOS / iOS / Android / Linux clients are accessed through the user panel. Subscriptions and clients are provided through the account; this page does not offer static installers or public subscription URLs.

Handling busy periods

Cross-border connections are affected by the local access network, public routing, destination data center, and destination service status. When performance fluctuates, keep the region fixed and compare another topology: try a relay when direct is poor, or an IEPL route when relay paths vary significantly. Switch after the current task ends to avoid disrupting an active meeting, transfer, or session.

If routes in several different regions show the same issue, also check your local network and the destination service. Simply switching more often usually provides no additional evidence.

Assigning routes across devices

This service supports unlimited devices. Choose regions by purpose: keep a fixed exit on a work device, use a route with a relevant label for media, and select a region matching the target API on a development device. Device count need not be a trade-off, but keep the exit consistent for each task.

When sharing an account, avoid having the same destination service see frequent changes across many regions in a short period. Assigning routes by purpose is easier to maintain than connecting every device to the same route.

Route maintenance and backups

Route changes may involve the entry, exit, or intermediate paths. For a backup plan, keep different topologies available in the same region for regular destinations: use the primary route for daily tasks and the backup during maintenance. This keeps the destination region consistent and reduces the need to reassess the account environment.

Route names and use-case labels in the user panel are the current basis for selection. The table on this page explains coverage and selection methods; it does not replace the available route list in the panel.