100+ countries · 180+ routes

Global routes and server locations

Organized by exit region, route type, and use case. First identify the region where the target service is available, then choose an appropriate path from IEPL, relay, and direct routes.

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ROUTE CATALOG

Regional directory

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Asia-Pacific Tokyo · Singapore · Hong Kong · Seoul
North America Los Angeles · San Jose · New York · Toronto
Europe London · Frankfurt · Paris · Zurich
Other regions Dubai · Mumbai · São Paulo · Johannesburg
IEPL dedicated Relay Direct
Static route directory

Browse global routes by region

The table below shows common exit cities, route types, and streaming support. In practice, the client displays the routes available with your current plan. A region may offer multiple paths, so compare them based on your destination.

Country or region City Route type Streaming support
Asia-Pacific
Japan Tokyo IEPL dedicated Netflix / Disney+ / YouTube
Japan Osaka Relay Netflix / YouTube
Singapore Singapore IEPL dedicated Netflix / Disney+ / Prime Video
Hong Kong, China Hong Kong IEPL dedicated Netflix / Disney+ / YouTube
South Korea Seoul Relay Netflix / YouTube
Australia Sydney Direct Netflix / Prime Video
North America
United States Los Angeles IEPL dedicated Netflix / Disney+ / YouTube
United States San Jose Relay Netflix / ChatGPT / Prime Video
United States Seattle Direct YouTube / ChatGPT
United States New York Relay Netflix / Disney+ / Prime Video
Canada Toronto Direct Netflix / YouTube
Canada Vancouver Relay Netflix / Prime Video
Europe
United Kingdom London Relay Netflix / Disney+ / Prime Video
Germany Frankfurt IEPL dedicated Netflix / YouTube
France Paris Direct Netflix / Disney+
Netherlands Amsterdam Relay Netflix / Prime Video
Switzerland Zurich Direct YouTube / ChatGPT
Sweden Stockholm Direct Netflix / YouTube
Other regions
United Arab Emirates Dubai Relay Netflix / YouTube
India Mumbai Direct YouTube / Prime Video
Brazil São Paulo Relay Netflix / YouTube
South Africa Johannesburg Direct Netflix / YouTube
Türkiye Istanbul Relay Netflix / Prime Video
Israel Tel Aviv Direct YouTube / ChatGPT
PATH TYPES

Route types and cost structure

A route label describes how data travels to the exit point. It can affect peak-time variation, cross-region access, and operating cost, but the name alone cannot determine performance in every situation.

Controlled path IEPL

IEPL dedicated route

An IEPL dedicated route uses a controlled transmission path between the entry and exit points. Compared with a standard public-internet path, it passes through fewer public-network segments, making it easier to plan capacity and troubleshoot around a fixed direction. Its main benefits appear during evening peaks, extended video playback, large-file synchronization, and sustained remote work.

These routes generally cost more to build and maintain, so they suit use cases where stability comes first. You should still confirm that the exit region matches the target service; a dedicated route to Japan is not automatically suitable for a service whose content is available only in North America. Choose the region first, then compare route types.

Best for Streaming · Work · Long-lived connections
Optimized entry RELAY

Relay route

A relay route sends the connection to a more suitable entry point first, then forwards it through an intermediate node to the target exit. Its purpose is not simply to add another hop, but to use a more controlled entry and middle path to reduce fluctuations that can occur when a local network connects directly to a distant destination. For cross-carrier and cross-region access, relays often improve path consistency.

Relay routes typically fall between dedicated and direct routes in cost and scheduling complexity. They suit everyday browsing, AI Tools, Streaming, and general office work, making them a balanced choice. If the same exit offers multiple relay routes, compare page loading, video seeking, and long-lived connection stability rather than deciding only by geographic distance.

Best for Everyday access · AI Tools · General use
Public-internet path DIRECT

Direct route

A direct route connects the current network straight to the exit server without an additional relay entry point. Its structure is simple, with fewer resource-scheduling steps, and it can provide a straightforward connection when the path from the local network to the target region is good. It also works as a backup path for determining whether an issue comes from the local entry, remote exit, or intermediate transport.

Direct routes depend more heavily on the actual routing used by the local carrier and international network, so peak-time performance may vary by region and network environment. Their operating cost is usually easier to control, making them suitable for light browsing, quick lookups, and situations with a specific exit-region requirement. If loading becomes inconsistent, compare a relay or IEPL dedicated route in the same region.

Best for Light browsing · Quick access · Backup path
Use cases

Choose an exit route by use case

There is no single route that fits every task. The target service region, local network, time of day, and application connection method all affect which route is suitable.

BROWSING

Everyday browsing and international websites

For everyday webpages, research, and light file downloads, first compare the exit region with the target website's service area. When commonly used services are concentrated in Asia-Pacific, start with Japan, Singapore, or Hong Kong; for North American services, begin with routes on the US West Coast. Relay routes are versatile and work well as a default; when the local path is strong, direct routes can also handle light tasks.

Do not judge a route only by how quickly the first page opens. Open several pages, switch between text and image content, and stay signed in before evaluating it. This better reflects consistency during real browsing. If pages open but images or attachments do not load fully, try another route type in the same region instead of changing the exit country immediately.

Relay first Direct backup
STREAMING

Streaming

Streaming starts with the region where the platform's content is available. After confirming the target library, choose the corresponding country or region, then test an IEPL dedicated or relay route marked for streaming support. Sustained playback matters more than opening the home page; check normal playback, timeline seeking, and episode switching for a consistent connection.

Account region, payment details, and rights changes can also affect what content is visible. A route only provides the corresponding exit; it cannot replace the account's own regional requirements. When the catalog differs, first verify the exit region and account settings, then try another route in the same region.

Netflix Disney+ YouTube Prime Video
AI TOOLS

AI Tools access

AI Tools often combine web requests, streaming output, and file uploads. Choose a relay or IEPL dedicated route with a stable path and clearly supported region, and keep the exit region consistent during a session whenever possible. Frequent changes between regions may trigger renewed verification or interrupt an ongoing conversation or upload.

If text conversations work but file uploads are intermittent, first switch to another route type in the same region. If the service reports that the region is unavailable, select an exit region explicitly supported by that service. Change one variable at a time during troubleshooting to identify what is actually affecting the connection.

Keep the exit consistent
GAMING

Gaming and real-time connections

Gaming depends heavily on path continuity and a matching server region. First identify the game's server region, then choose an exit in the same geographic direction. For Asia servers, compare Japan, Singapore, Hong Kong, and South Korea; for US and European servers, choose the corresponding region. Shorter distance is only a starting point—the path from the local carrier to the entry point also affects the experience.

Login, updates, and matches may use different connection patterns. A route that works well for updates is not necessarily suitable for real-time play. Test with the actual game; if the connection drops, first switch to another route in the same region rather than changing both the account region and exit region.

Match the region first
WORK

Remote work and file synchronization

Work environments often involve web administration panels, meetings, code repositories, cloud documents, and file synchronization, with longer connection sessions. Prefer an IEPL dedicated or consistently performing relay route, and keep the exit region near the cloud-service region used by your team. If company systems enforce a regional policy, follow the organization's requirements and avoid changing the exit during work.

Before an important meeting or large file sync, complete the web login and test a small file to confirm that the current path can maintain the session. When the connection behaves abnormally, note the region and route type first, then switch to a backup route in the same region. This preserves more useful evidence and reduces repeated logins and restarted sync tasks.

Prioritize long-lived connections Keep a same-region backup
Selection order

From target region to backup path

Following a fixed selection order reduces repeated switching and makes it easier to identify where a problem occurs.

  1. Confirm the target service region

    First identify whether the service you need is in Japan, North America, Europe, or another region. For Streaming, check the content-rights region; for AI Tools, check the supported service region; for work systems, check the organization's deployment region. Without a clear target, even a working route may produce content or access results different from what you expect.

  2. Choose the corresponding exit city

    Choose a city within the target region. For services deployed in the western United States, start with Los Angeles, San Jose, or Seattle; for services aimed at Japan, compare Tokyo and Osaka. A city name indicates the exit location, not that every request is completed within that city; the target platform's infrastructure ultimately handles the request.

  3. Compare route types

    When stability matters most, try an IEPL dedicated route first; for general use, start with a relay; when the local path to the target region is good or access is light, try a direct route. Keep the exit region unchanged and switch only the route type so the source of any difference is easier to identify.

  4. Validate with a real task

    For browsing, open several familiar pages in sequence; for streaming, play and seek through content; for AI, complete one conversation and file task; for work, stay signed in and synchronize a document. Opening a home page once only shows that the connection was established, not how it performs over continued use.

  5. Keep a same-region backup route

    After choosing the primary route, select a backup in the same region but with a different route type. If the local network or path changes, switching to the backup first can keep the current task going and avoid changing the exit region, which could cause the platform to re-identify the session environment.

Coverage

100+ countries and 180+ routes

The directory covers Asia-Pacific, North America, Europe, and other regions. Start by filtering for the target region, then choose among IEPL dedicated, relay, and direct routes based on their path characteristics.

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