110+ Countries / 250+ Routes

Global routes, matched to your needs

The region is only the starting point; the route type determines how the connection is made. First confirm where the target service is based, then compare IEPL, relay and direct routes to avoid unnecessary switching.

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CLOUD BRIDGE Regional Entry Points and Bridge Paths
Current Path Overview
Your device Hong Kong Tokyo Singapore Los Angeles London Zurich

Representative Global Entry Points

The table below shows regional distribution and route types, not latency, load or real-time bandwidth. Available entry points are listed in the route directory after login; overall coverage remains 110+ countries / 250+ routes.

Check the destination region first, then the route type

When accessing region-sensitive streaming services, AI tools or business systems, the exit region is usually more important than the city name. An entry marked “Supported” may work for streaming access in that region, but the available catalog still depends on the platform account, content rights and regional detection.

APAC

Asia-Pacific Routes

Suitable for services in Japan, Singapore, Hong Kong, South Korea and Southeast Asia. For everyday browsing, AI tools and cross-region work, start by testing a nearby region.

Country / Region City Route Type Streaming
Japan Tokyo IEPL Dedicated Line Supported
Japan Osaka Relay Supported
Singapore Singapore IEPL Dedicated Line Supported
Hong Kong, China Hong Kong IEPL Dedicated Line Supported
South Korea Seoul Relay Supported
Malaysia Kuala Lumpur Direct Supported
Thailand Bangkok Direct Supported
NORTH AMERICA

North America Routes

Suitable for content platforms, developer services and business systems in the United States and Canada. When a service specifically requires a North American exit, keep the region consistent.

Country / Region City Route Type Streaming
United States Los Angeles IEPL Dedicated Line Supported
United States San Jose Relay Supported
United States Seattle Direct Supported
United States New York Direct Supported
Canada Toronto Relay Supported
EUROPE

Europe Routes

Coverage includes the United Kingdom, Germany, Switzerland, France, the Netherlands and other popular locations. For Europe-only content or business systems, keep the exit country aligned with the service requirements.

Country / Region City Route Type Streaming
United Kingdom London IEPL Dedicated Line Supported
Germany Frankfurt Relay Supported
Switzerland Zurich Relay Supported
France Paris Direct Supported
Netherlands Amsterdam Direct Supported
Italy Milan Direct Supported
Spain Madrid Direct Supported
OTHER REGIONS

Other Regions

For regional services across Oceania, South Asia, the Middle East, South America and Africa. When the distance is greater, match the region first, then compare route stability.

Country / Region City Route Type Streaming
Australia Sydney Relay Supported
New Zealand Auckland Direct Supported
India Mumbai Direct Supported
United Arab Emirates Dubai Relay Supported
Brazil São Paulo Direct Supported
South Africa Johannesburg Direct Supported

How the Three Route Types Work

IEPL, relay and direct routes are not a simple ranking. Each uses a different path structure, with different trade-offs in stability, coverage, resource costs and suitable use cases.

IEPL Dedicated Entry

IEPL Dedicated Line

An IEPL dedicated line connects the access point to the destination-region exit through a more controlled international link, reducing the number of uncertain segments on the public internet. Its value is not a bigger result in a single speed test, but a more predictable path during peak hours and greater stability across regions.

These routes suit long-form video playback, remote meetings, cloud document collaboration and AI tools that need session continuity. You do not need to change exits frequently, making it easier to keep the account region and network environment consistent.

Dedicated lines require more link resources and maintenance, so their resource cost is generally higher than ordinary relay and direct routes. Use them for tasks that genuinely depend on stability rather than routing every connection through the same dedicated line.

RELAY Path Optimization

Relay Route

A relay route first sends the connection to a suitable access point, then forwards it from a relay node toward the destination region. By adjusting the combination of entry and exit points, it can reduce detours that may occur with direct cross-region connections, balancing coverage and connection quality.

These routes suit everyday browsing, sustained downloads, standard video and developer tools. When the destination is far away or the direct path from your local network is unstable, a relay is often more efficient than repeatedly trying different direct entry points.

Relays add processing steps to the path but can use a more suitable access direction. Resource costs generally fall between dedicated and direct routes; the actual experience depends on the local network, access region, exit region and target service location.

DIRECT Regional Coverage

Direct Route

A direct route connects the current network straight to an exit in the destination region without an additional relay layer. Its path is simpler, making it suitable when the local carrier already has a good international route to the destination, as well as for lightweight access that requires a specific country exit.

It is commonly used for web browsing, account-region checks, occasional research and backup connections. Direct entry points can extend coverage to more regions, often providing more location choices in less frequently used countries and cities.

Direct routes depend more on public internet routing, so the path may change during peak hours. Their resource cost is relatively low, but fewer steps does not mean they are better in every network environment; choose based on the task and local connection.

Route Type Route Characteristics Best For Cost Focus
IEPL Dedicated Line More controlled links, with fewer uncertain public-internet segments Remote meetings, extended streaming, AI tools and important work sessions Higher link-resource and maintenance investment
Relay Connect to a relay point first, then forward to the destination-region exit Everyday browsing, developer services, standard video and sustained downloads Balances coverage and path optimization
Direct Connects directly to the destination-region exit through a simpler path Research, region checks, lightweight access and backup connections Focuses on broad regional coverage

Choose a Route by Use Case

Route selection should not be based on city distance alone. Consider the target service's regional requirements, session length, traffic pattern and account environment together.

BROWSE

Everyday Browsing

For ordinary web pages, research and light downloads, start with a nearby relay or direct entry point. Nearby regions usually offer simpler paths and make it easier to quickly assess whether the local network suits the current exit.

If pages pause intermittently while loading, try another route type within the same region rather than immediately switching to another country. Keeping the destination region unchanged helps distinguish a path issue from regional detection.

STREAMING

Streaming

Match the content region first, then choose the route type. If the account region, content rights and exit location do not align, the catalog may change even when the connection itself works normally.

For extended playback, start with an IEPL dedicated line or stable relay in the relevant region and keep the same exit during playback. Frequently switching countries can trigger another regional check and may interrupt an established session.

AI TOOLS

AI Tools

AI tools typically depend on the exit region, session continuity and account environment. Choose a fixed exit in a supported region, and keep login, verification and subsequent use in the same region where possible.

Long conversations, file uploads and sustained generation tasks are better suited to a dedicated line or stable relay. Save your current work before switching routes to avoid resubmitting an unfinished task after the network session changes.

GAMING

Gaming

Match the game server region rather than choosing a route solely by the country associated with the game account. Connection quality is also affected by the local carrier, game-server entry point and time of day, so test continuously in the same scenario.

Start with a relay in a nearby region, then compare a dedicated line for the relevant region. Do not switch exits during a match; changing routes rebuilds the connection and may affect the current session directly.

WORK

Remote Work

Video meetings, business systems and cloud collaboration depend on continuity. Choose a dedicated line or stable relay in the same region as the business service, and minimize route changes during work.

If a business system has regional access rules, first confirm which exit countries are allowed, then keep one regular entry point. When multiple devices need to work at the same time, VPNYQ supports unlimited device connections, but each device should still choose a suitable region for its task.

From Regional Entry Point to the Current Bridge Path

“Cloud Bridge” does not send every connection through the same exit. It creates interchangeable path combinations between the device, access point and destination region.

  1. Confirm the Service Region

    First determine where the content platform, AI tool, business system or game server is actually located. When the regional requirement is clear, match the exit country first.

  2. Choose a Nearby Access Direction

    Start with an entry point that is easier for the local network to reach, then connect to the destination region through a relay or dedicated line. This makes path issues easier to isolate than blindly trying remote cities.

  3. Keep the Current Task on One Exit

    After login, playback, a meeting or file transfer begins, keep the current exit where possible. If you need to change routes, finish important sessions first, then switch to a backup route in the same region.

Route Switching and Routine Maintenance

Stable use comes from a clear switching order, not from constantly chasing whichever route happens to perform best.

Build Regular and Backup Combinations

Keep a regular route and a backup route for each frequently used region. Use the regular route for everyday tasks and activate the backup only when the connection is abnormal or the service's regional rules change. The backup should ideally stay in the same country as the regular entry to avoid changing several aspects of the account environment at once.

Change One Variable at a Time

When troubleshooting, do not change the country, route type, protocol and client at the same time. Keep the region fixed and switch only to another route in that region; if the problem remains, adjust the route type. Changing one factor at a time shows which layer affects the connection.

End Important Sessions First

Do not switch exits during a meeting, upload, download, payment flow or long-running generation task. A route change establishes a new network session. Save your work and leave critical workflows before switching and reconnecting.

Separate Route Issues from Service Issues

One inaccessible website does not mean the entire route is failing. First check whether other international websites work, then review the target service's account region, status and access rules. If several services fail at once, consider a backup entry in the same region.

Common Route Selection Questions

These answers focus on regions and route types. For client installation, subscription import and connection issues, continue to the Help Center.

Go to Help Center →
Is the nearest city always the best choice?

Not necessarily. City distance is only one part of the path. The target service's exit-region requirement, the route from your local network to the entry point, and whether the route is dedicated, relay or direct can all change the experience. For everyday access, start with a nearby region; for region-sensitive services, match the target country first.

When should I prioritize an IEPL dedicated line?

Remote meetings, extended streaming, long AI conversations, cloud collaboration and important file transfers are good candidates for testing an IEPL dedicated line first. These tasks need session continuity, so frequent interruptions usually have a greater impact than they do on lightweight web access.

How should I choose between relay and direct routes?

When the destination is far away or the direct path from your local network is poor, start with a relay. For less frequently used countries, lighter tasks or destinations with a suitable local path, try a direct route. Neither is universally better; choose around the specific service and current network conditions.

Why not show fixed latency and load on the page?

Route performance changes with the local network, access point, target service and time of use. Fixed figures on a static page cannot represent every user's connection, so this page shows only the region, city, route type and streaming support.

Can multiple devices use different regions?

Yes. VPNYQ supports unlimited device connections, and each device can choose a route for its task. For example, keep a work device in the region where the business system is located and use a streaming device in the content region. When devices share an account, it is still best to keep the region consistent and avoid changing exits frequently over a short period.