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Route Directory

Review Access Points by Region and Use Case

The table outlines regional coverage, city access points, route types, and streaming compatibility; it is not a complete inventory of the account panel. Availability may change with maintenance and resource allocation. Before connecting, identify the target region, then compare dedicated, relay, and direct routes.

How to read this guide

“Streaming supported” means an access point may be suitable for regional identification and content access. The actual catalog depends on the streaming platform, account region, licensing rules, and detected exit location. For regular websites or work services, do not choose routes based on the streaming label alone.

ASIA PACIFIC

Asia-Pacific

Compare nearby access points first, or switch cities based on the region where the target service is located.

Country or region	City	Route type	Streaming support
Japan	Tokyo	IEPL dedicated line	Supported; catalog varies by region
Japan	Osaka	Relay	Supported; catalog varies by region
Singapore	Singapore	IEPL dedicated line	Supported; catalog varies by region
South Korea	Seoul	Relay	Supported; catalog varies by region
Hong Kong, China	Hong Kong	Direct	Supported; catalog varies by region

NORTH AMERICA

North America

Suitable for North American work services, AI tools, and local content platforms.

Country	City	Route type	Streaming support
United States	Los Angeles	IEPL dedicated line	Supported; catalog varies by region
United States	San Jose	Relay	Supported; catalog varies by region
United States	Seattle	Direct	Supported; catalog varies by region
Canada	Vancouver	Relay	Supported; catalog varies by region
Canada	Toronto	Direct	Supported; catalog varies by region

EUROPE

Europe

Suitable for connections that need a European exit, local websites, or cross-region business systems.

Country	City	Route type	Streaming support
United Kingdom	London	IEPL dedicated line	Supported; catalog varies by region
Germany	Frankfurt	Relay	Supported; catalog varies by region
France	Paris	Direct	Supported; catalog varies by region
Netherlands	Amsterdam	Relay	Supported; catalog varies by region
Switzerland	Zurich	Direct	Primarily for everyday access

OTHER REGIONS

Other Regions

For target services and regional exit needs across Oceania, the Middle East, South America, and Africa.

Country	City	Route type	Streaming support
Australia	Sydney	Relay	Supported; catalog varies by region
New Zealand	Auckland	Direct	Primarily for everyday access
United Arab Emirates	Dubai	Relay	Primarily for everyday access
Brazil	São Paulo	Direct	Supported; catalog varies by region
South Africa	Johannesburg	Direct	Primarily for everyday access

Route Types

Dedicated, Relay, and Direct Routes: Choosing Between Them

Route names describe how traffic is organized from the entry point to the exit. No type has a permanently fixed ranking for every situation; your region, target service, current carrier path, and time of use all affect the final experience.

IEPL

IEPL dedicated lines: more controlled paths

IEPL dedicated lines generally connect entry and exit points through clearly planned cross-border transmission resources, with a relatively concentrated path structure. Their value is not a single speed-test result, but reducing the impact of public-route changes on long-lived connections and sustained transfers. For video calls, remote desktops, large-file syncing, or continuous use of overseas business systems, path stability is often more important than a brief peak speed.

Dedicated-line resources typically cost more to build and maintain than standard routes, so they are better reserved for important tasks rather than all traffic at all times. Everyday browsing, light messaging, or background updates can use relay or direct routes; switch to a dedicated access point before a meeting, work-file submission, or sustained transfer to use plan traffic more efficiently.

Best for Remote work Sustained transfers Important meetings Stable streaming

RELAY

Relay routes: adjusting the path between entry and exit

A relay route first connects to a suitable entry point, then sends traffic through an intermediate node to the target regional exit. Its value lies in avoiding some poor-quality public paths and organizing subsequent transmission around entry-side network conditions. For distant destinations, a relay can often provide a more balanced experience than connecting directly to a faraway exit.

More relays do not automatically mean a better path. Additional hops also mean checking whether both the entry and exit suit the current task. If webpages load normally but video or file transfers are unstable, try another relay in the same target region. If several relays are unsuitable, compare a dedicated or direct route instead of switching randomly across regions.

Best for Everyday browsing AI Tools Cross-region work Streaming

DIRECT

Direct routes: simple structure for lighter tasks

A direct route connects from the current network straight to the target regional exit, with a simple path and fewer resource-scheduling steps. When the target city is nearby and the carrier route is suitable, direct access can handle web browsing, messaging, document searches, and short-duration tasks. It also works as a backup access point during dedicated-line or relay maintenance.

Direct routes are more exposed to changes in public network paths, so the city name alone is not a reliable predictor. During long-distance connections, sustained cross-region transfers, or busy periods, switch first to a relay in the same region if pages respond intermittently, meeting audio breaks up, or downloads pause; consider a dedicated route afterward. Keeping the target region unchanged makes it easier to tell whether the difference comes from route type or geographic distance.

Best for Web searches Light messaging Backup access Nearby regions

Route Selection Notes

Choose by Use Case, Not by Guessing from the Name

Choose a route based on the target service. First confirm its region and the task type, then compare different paths within that region. This reduces unnecessary switching and makes issues easier to record and reproduce.

BROWSE

Everyday browsing

For regular websites, research, messaging, and light document access, start with a nearby access point. Nearby access usually means a shorter network path, but actual webpage loading, service login, and resource continuity remain the deciding factors. If a direct route is stable, there is no need to switch frequently just for a route label; compare a relay in the same region only when loading pauses occur.

Selection order: Nearby region → Direct or relay → Actual webpage response

STREAM

Video and audio streaming

Streaming depends first on whether the exit region matches the target catalog, and only then on route type. Keep the target country or region fixed and compare dedicated and relay routes within it. Before playback, reopen the app or webpage so the platform can recheck the exit; if the catalog does not change, review the account region and platform rules instead of attributing every recognition issue to transmission speed.

Selection order: Target catalog → Matching region → Dedicated or relay → Platform detection result

AI TOOLS

AI Tools

When using AI tools, a stable regional exit and continuous session are usually more important than chasing short-term speed. Choose a region explicitly supported by the service and keep the same exit during login, conversations, and file processing. If the tool opens but session submissions fail, check regional policies and account status first, then try a relay or dedicated route in the same region.

Selection order: Supported service region → Fixed exit → Relay or dedicated route → Account status

GAME

Online gaming

Online gaming requires observing connection setup, input response, and session continuity together. Start with an access point near the game service region, then compare paths within that region. During testing, avoid large-file syncing or high-definition video playback so other tasks do not consume network resources. If the game supports multiple service regions, also confirm the account and character region rather than judging by city name alone.

Selection order: Game service region → Nearby access point → Path stability → Local network usage

WORK

Remote work

Work systems, code repositories, cloud documents, and video meetings often maintain long sessions. Choose a regular route in the region where the company service is located and prepare a backup access point in the same region. Before an important meeting or file submission, open the target system early to confirm login status; avoid switching regions during the task, as a changed exit may trigger reauthentication or interrupt the existing connection.

Selection order: Business system region → Regular route → Same-region backup → Session continuity

Connection Checks

Before Switching Routes, Narrow Down the Cause

Change only one condition at a time to determine whether the issue comes from the region, route type, target service, or local network. Repeatedly switching cities at random makes results incomparable and can make a service-side restriction look like a route failure.

Compare paths within the same region

Keep the target country or region unchanged and compare direct and relay routes first; add a dedicated route for important tasks. This reduces interference from geographic distance and changes in the regional exit.

Separate webpage issues from app issues

If regular websites work but a specific app does not, check the app account, regional policies, cache, and login status. Only when several services fail at once is it more useful to continue troubleshooting at the route level.

Keep reproducible records

Record the region, city, route type, platform, and specific action that caused the issue. Including this information in a support ticket makes route and app differences easier to locate than simply describing the connection as “unstable.”

Check local network usage

System updates, cloud syncing, file uploads, and high-traffic tasks on other devices can all affect the current connection. During troubleshooting, pause unrelated transfers before testing the target service again.

Want to learn more about protocols and route topology?

The technical reference explains how different protocols, direct routes, relays, and dedicated lines affect connection setup and resource usage.

View Technical Reference View Setup Guides

Service Rules

Beyond Route Coverage, Check the Account Rules

ACCESS

Account creation

No email address is required; a username and password are enough to create an account. Keep your account details secure so you can sign in to the panel, get client apps, and view available routes later.

DEVICES

Device use

Supports Windows / macOS / iOS / Android / Linux, with no limit on the number of devices online at the same time. Choose a suitable region for each device and its purpose.

REFUND

Refund policy

This service offers a 7-day no-questions-asked refund. Before choosing a plan, review the traffic tier, reset rules, and traffic package details, then decide how to use it.