120+ country routes ready

Global routes and server locations

Choose an entry point by region, route type, and intended use. Coverage includes 120+ countries and 150+ routes, with no device limit.

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ROUTE DIRECTORY Regional entry points
Routes available
AP
Asia-PacificIEPL · Transit · Direct
NA
North AmericaWest Coast · East Coast · Canada
EU
EuropeWestern · Central · Northern Europe
OT
Other regionsOceania · Middle East · South America · Africa
120+ countries 150+ routes No device limit

ROUTE INDEX

Browse representative routes by region

Use the table below to identify exit regions, cities, and connection methods. It shows the coverage structure and does not promise a fixed result for any individual connection. The full list of available entry points is shown in the route console after login.

Coverage 120+ countries / 150+ routes

Different route types may be available in the same region. Match the target region first, then compare connection methods. If a website’s regional rules change, try another entry point in the same region.

Country City Connection type Streaming support
Asia-Pacific
JapanTokyoIEPLSupported
JapanOsakaTransitSupported
SingaporeSingaporeIEPLSupported
Hong KongHong KongTransitSupported
South KoreaSeoulDirectSupported
AustraliaSydneyTransitSupported
North America
United StatesLos AngelesIEPLSupported
United StatesSan JoseTransitSupported
United StatesNew YorkDirectSupported
CanadaTorontoTransitSupported
CanadaVancouverDirectSupported
MexicoMexico CityDirectSupported
Europe
United KingdomLondonIEPLSupported
GermanyFrankfurtTransitSupported
FranceParisTransitSupported
ItalyMilanDirectSupported
NetherlandsAmsterdamDirectSupported
SwedenStockholmDirectSupported
Other regions
United Arab EmiratesDubaiTransitSupported
IndiaMumbaiDirectSupported
BrazilSão PauloTransitSupported
South AfricaJohannesburgDirectSupported
New ZealandAucklandDirectSupported
TürkiyeIstanbulTransitSupported

ACCESS METHOD

Understanding IEPL, transit, and direct connections

These route names describe how data enters an international connection from the local network. They affect path stability, routing flexibility, and service cost, but should not be judged separately from the user’s location, access provider, and target region.

IEPL

IEPL

IEPL uses a controlled international transmission path. The connection first reaches a designated access point, then travels over a dedicated link to the exit region, with fewer public-internet segments and more centralized route management. It suits ongoing video meetings, remote work, large file transfers, extended viewing, and tasks that are more sensitive to connection changes.

These routes require greater investment in links and operations, so service costs are generally higher than standard access methods. Still, choose an exit region close to the target service rather than relying only on the “IEPL” label. Use a Japan entry point for services in Japan and a North America entry point for services in North America; matching regions is more direct than routing through another region.

  • Best for workflows that need a sustained connection
  • Suitable for international meetings, syncing, and continuous playback
  • Match the target service region first
RELAY

Transit routes

A transit route first sends the connection to a suitable entry point, then forwards it from a transit node toward the target exit. Its main value is adjusting the public-internet path: when the direct route from the local network to a remote server is unsuitable, transit can avoid an inefficient routing combination and use more appropriate transport for the entry and exit segments.

Transit provides more routing flexibility but adds another link in the path. Compare transit entry points in the same region individually instead of assuming that a closer city will perform better. The city only identifies the exit location; the complete path also depends on the local access network. Transit suits everyday browsing, AI tools, streaming, and cross-region work.

  • Best when the public-internet path needs adjustment
  • Compare different entry points in the same region
  • Balance coverage with route flexibility
DIRECT

Direct connections

A direct connection links the local network straight to a server in the target region without an additional transit entry point. Its path is simpler and suits good local network conditions, nearby target regions, or situations where you want to switch exits quickly. For everyday web use, email, research, and short sessions, direct is a sensible place to start.

Direct performance depends more heavily on the local provider and public-internet routing. The same entry point may perform differently across locations and access networks, so one connection should not be treated as a universal result. If pages load but sustained transfers are unstable, keep the target region unchanged and try that region’s transit or IEPL route.

  • A straightforward path makes switching decisions clearer
  • Suitable for everyday browsing and short sessions
  • Switch to transit when the local path changes

What drives the cost difference?

Route costs depend on more than the exit server. They also include entry resources, international transmission, forwarding links, regional bandwidth, and maintenance. IEPL requires dedicated transport resources and concentrated investment; transit requires maintaining forwarding paths between entry and exit; direct connections are simpler but depend more on public-network quality.

For users, the choice should follow the task: try direct for short sessions, start with transit for mixed use, and test IEPL first for ongoing meetings or long transfers. Route labels narrow the options, but you still need to connect in your own network environment, open the target service, and observe a complete session.

ROUTE PLAYBOOK

Choose a route by use case

Identify the target service region first, then choose a connection type. Avoid frequent region switching. Keep one stable primary route and a backup entry point in the same region to make troubleshooting clearer.

Everyday browsing

For research, web reading, email, and standard file access, start with a direct or transit entry point near the target service. Open familiar websites and confirm that login, images, and page navigation work normally before saving the route as a preferred entry. If only one website behaves unexpectedly, check its regional requirements before switching regions.

Streaming

Identify the region of the target library first, then choose a same-region entry marked as supporting streaming. Close old playback pages before starting, connect to the new route, and reopen the platform. If the account, payment, and exit regions differ, the available content may still vary. Check the account location first, then decide whether to change routes.

AI tools

AI tools often use login, chat, file, and content-delivery services at the same time, so keeping the exit region consistent matters more. Prefer a transit or IEPL route in a region supported by the target tool, and avoid switching countries repeatedly during a session. Keep the same entry point while uploading files or running a generation task; adjust the route afterward.

Gaming

For gaming, choose an exit region based on the server zone, then compare direct, transit, and IEPL routes in that region. Login, matchmaking, and voice services may use different networks. If one stage fails, note the exact stage and replace only the route entry point. Keep the other settings unchanged so you can identify which path segment caused the difference.

Remote work

Video meetings, code repositories, business documents, and cloud sync require a continuous connection. Start with an IEPL or transit entry point in the region where the work service is hosted. Test login and file syncing before joining the meeting. If the company system requires a fixed region, stay with that region and keep a backup entry point there instead of switching regions mid-task.

REGION DIRECTORY

Find covered regions quickly

Region names help narrow the search quickly. Actual entry points may be further divided by city and connection type; after login, the console shows routes available under the current plan.

Japan Singapore Hong Kong South Korea Australia United States Canada Mexico United Kingdom Germany France Italy Netherlands Sweden United Arab Emirates India Brazil South Africa New Zealand Türkiye

CONNECTION CHECK

How to verify a route after connecting

A

Confirm the exit region

After connecting, first check whether the target website shows the expected region. If it does not, disconnect from the current entry point and reconnect to a route in the same region. Do not keep the old page open while switching repeatedly.

B

Complete the target task

Do not judge a route only by whether the homepage opens. Continue with login, searching, playback, file access, or a chat request to confirm that the complete task flow works normally.

C

Keep a backup in the same region

Once the primary route works, test another entry point in the same region and keep it as a backup. When switching is necessary, replace it with another same-region route first to minimize simultaneous changes to account and content regions.

D

Change one variable at a time

When an issue occurs, change only the route entry point while temporarily keeping the device, client, and target service unchanged. If the issue persists, check the local network, app cache, and account region settings.

Common route-selection mistakes

Judging only by city distance

A nearby exit city does not guarantee a better end-to-end network path. The connection still passes through the local access network and international links; the city name only identifies the exit location. Match the target region first, then compare connection types and complete task performance within that region.

Switching regions repeatedly mid-task

Switching countries during login, playback, chat, or file uploads may trigger another regional check. If you need to adjust the route, finish or pause the current task, disconnect the old entry point, connect to a route in the new region, and reopen the target app.

Treating route labels as fixed results

IEPL, transit, and direct describe connection structures, not a universal ranking independent of context. Local network conditions, target service location, and time of use all affect the choice. A reproducible process is more useful than remembering one route label.

Ignoring account-region rules

Streaming, AI tools, and business services may consider both the exit region and account details. A route can change the network exit, but it cannot rewrite the platform’s account rules. When a regional warning appears, check both the account location and the target service’s availability.

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