Static Route Directory

Global Routes Directory

Coverage across 110+ countries / 230+ routes. Choose an entry point by region, topology, and use case instead of treating a single speed test as a lasting verdict.

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Coverage 110+ countries
Route directory 230+ routes
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REGION DIRECTORY

View server locations by region

The table below shows sample cities from the coverage directory to illustrate regional distribution and route topology. Actual availability is determined by the subscription list in the user panel. A city may offer multiple entry points, and similar names do not necessarily mean identical paths.

How to read the table: Start with the region where the target service is hosted, then check the connection type. The streaming column indicates whether a route is maintained for that use case. Platform catalogs and account-region policies may change, so rely on the target service’s actual response after connecting.

VPNVR Regional Route Examples
Country/Region City Connection Type Streaming Support
Asia-Pacific
Hong Kong, ChinaHong KongIEPLSupported
JapanTokyoIEPLSupported
JapanOsakaTransitSupported
SingaporeSingaporeIEPLSupported
South KoreaSeoulTransitSupported
Taiwan, ChinaTaipeiTransitSupported
ThailandBangkokDirectBy Route Label
MalaysiaKuala LumpurDirectBy Route Label
IndiaMumbaiDirectBy Route Label
North America
United StatesLos AngelesIEPLSupported
United StatesSan JoseTransitSupported
United StatesSeattleTransitSupported
United StatesNew YorkDirectBy Route Label
CanadaTorontoDirectSupported
CanadaVancouverTransitSupported
Europe
United KingdomLondonIEPLSupported
GermanyFrankfurtIEPLSupported
NetherlandsAmsterdamTransitSupported
FranceParisTransitSupported
PolandWarsawDirectBy Route Label
SpainMadridDirectBy Route Label
Other Regions
AustraliaSydneyTransitSupported
New ZealandAucklandDirectBy Route Label
BrazilSão PauloDirectBy Route Label
United Arab EmiratesDubaiTransitBy Route Label
South AfricaJohannesburgDirectBy Route Label

ROUTE TOPOLOGY

Connection Types and Path Trade-offs

IEPL, transit, and direct connections describe how traffic reaches the exit node. They are not simply high-, medium-, and low-tier options; the entry location, target region, network conditions, and task all affect the actual experience.

IEPL

IEPL

IEPL connections use a controlled cross-border transmission path. Traffic first enters a designated access point and then reaches the target region over a relatively consistent link, reducing unpredictable detours on public networks. They suit long meetings, remote desktops, sustained uploads and downloads, and tasks that are more sensitive to evening stability.

These routes generally cost more to build and maintain, with scheduling focused on path consistency. IEPL does not mean every target service will always be faster: a busy target server or poor local network quality can still limit performance, and an exit link cannot automatically remove those constraints.

RELAY

Transit Routes

A transit route first sends the connection to a suitable access region, then uses a transit node to reach the final exit. Its value lies in improving an unfavorable public-network path: even when the exit city is farther away, a better first-leg route can reduce detours, jitter, and the effects of inter-carrier peering.

Transit adds a routing step compared with direct connections, so maintenance focuses on matching the entry and exit paths. It is commonly used for streaming, AI tools, and general work, and can balance cost and stability when covering distant regions. If a target site responds abnormally, switching to another transit entry in the same region is often more effective than repeatedly reconnecting to the same route.

DIRECT

Direct Connections

A direct connection establishes a link from the current network to the exit node without additional service-side transit. Its simpler path structure keeps resource overhead relatively predictable, making it suitable for lightweight web access, backup connectivity, and situations where the local carrier already has a good route to the target data center.

Direct performance depends more heavily on public-network routing. A route that is smooth during the day may change during busy periods, and a shorter distance does not guarantee greater stability. Use direct connections as everyday or backup options, while keeping transit or IEPL entries in the same region for quick switching when network conditions change.

How Cost Differences Affect Your Choice

Route costs mainly come from cross-region transmission, entry resources, exit resources, and routing maintenance. IEPL requires more consistent link resources and suits tasks where continuity comes first; transit combines entry and exit paths to improve public routing and balance coverage with cost; direct connections have a simpler structure and work well as everyday or backup entries. Plan traffic rules and connection type are separate factors, so traffic usage cannot be inferred from a route name alone.

Choose based on the cost of failure: when meeting interruptions or remote-session reconnections are expensive, prioritize a stable path. For quick research or web browsing, where sustained transfer matters less, start with a nearby transit or direct connection. For large-file transfers, evaluate sustained speed over time rather than a brief peak immediately after connection.

SELECTION GUIDE

Choose a Route Strategy by Use Case

Effective route selection is not about finding one permanently “fastest route.” It is about keeping a clear primary and backup path for each task. The sections below outline the decision order for common use cases.

Everyday Browsing and Research

Everyday browsing depends on smooth connection setup, timely first-page response, and stability while switching among multiple sites. Start with a nearby transit route; if the local network has a good path to the target region, direct connectivity may also work. If pages load slowly but downloads do not, the issue may involve the resolution path or the target site’s response, and moving to a more distant region usually will not help.

Keep one entry in a nearby region and another backup entry in a different region. When one site behaves abnormally, first determine whether it is the only affected site. If several services slow down at once, switch connection types. This helps avoid mistaking a target site issue for a failure of the entire connection.

Streaming and Continuous Playback

Streaming relies on sustained transfer and a matching exit region. In the table, start with a route marked as supporting streaming, then choose the region associated with the content account. After playback begins, check whether quality remains stable and whether playback resumes smoothly after seeking, rather than only checking whether the home page opens.

Content catalogs for the same region may change as platforms adjust their policies, so a route label indicates a maintenance focus, not a permanent content guarantee. If a page opens but playback fails, switch to another connection type in the same region and restart the target app so existing connections and caches can be rebuilt.

AI Tools and Long-Context Sessions

AI tools involve short requests as well as continuous output, file uploads, and long sessions. Prefer a nearby transit or IEPL route for the target service’s region, and keep the exit region consistent throughout the session. Frequent cross-region switching can force login states, risk controls, and existing connections to renegotiate, increasing the chance of interruption.

If text requests work but file uploads fail, check file size, local upstream quality, and sustained route performance separately. If only one tool is affected, try another exit in the same region; if multiple tools disconnect, switch to a different entry or connection type. Start with the scope of the fault instead of changing routes randomly.

Gaming and Interactive Connections

Gaming depends more on consistent input response, jitter, and packet loss than on large-file download speed. Prefer an entry close to the game server’s region, then compare direct, transit, and IEPL connections during actual matches. Login and game servers may be in different regions, so reaching the account page does not mean the gameplay path is suitable.

Keep the local network conditions consistent during testing and avoid large downloads at the same time. If the connection fluctuates at a fixed time, prepare a backup route with a different topology in the same region. Re-enter the match after switching so the old connection is released and the comparison remains meaningful.

Work, Meetings, and Remote Desktops

For work, continuity usually matters more than short-term peak speed. Video meetings, remote terminals, cloud development environments, and document collaboration all depend on persistent connections, so start with the more stable path offered by IEPL or transit. When the target service requires a specific region, keep the exit region fixed to reduce changes to the login session.

Complete a real connection check before an important meeting and prepare backup routes through different entries. If the meeting stutters, do not switch repeatedly among regions; first stop sync tasks using upstream bandwidth, then switch to a backup entry in the same region. Remote desktops require session continuity, so save your work before switching.

COVERAGE INDEX

Global Coverage by Region

VPNVR’s coverage directory includes 110+ countries and 230+ routes. Regional entries narrow the options quickly; make the final choice based on the target service’s location, local carrier routing, and actual usage period.

APAC

Asia-Pacific

Suitable for web access, AI tools, streaming, and work across Hong Kong, Tokyo, Singapore, Seoul, Taipei, and nearby regions.

NA

North America

Covers entry points across the eastern and western United States and Canada, suitable for North American content services, cloud tools, and cross-region collaboration.

EU

Europe

Includes common entries such as London, Frankfurt, Amsterdam, and Paris for matching European target services.

GLOBAL

Other Regions

Adds entries across Oceania, South America, the Middle East, and Africa for regional matching and backup-path routing.

Confirm First Target Service Region

The account region, content region, and business server location determine the first choice of exit region.

Then Compare Route Topology

Within the same region, compare IEPL, transit, and direct connections by their stability during sustained use.

Keep Last Backup Entries

Keep backup routes for work, streaming, and AI tools instead of relying on random last-minute trials.

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