Static Route Directory

ServerLocations and Routes

Check the exit region first, then the route type, and finally test it with your target service. VPNKF covers 120+ countries / 210+ routes and supports Windows / macOS / iOS / Android / Linux with unlimited simultaneous devices.

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Sample Routes by Region

The table below shows representative exits from the coverage directory, not the complete list. Streaming support means a route may serve as a candidate exit for the listed platform; the platform’s account region, content licensing and access rules still affect the final result.

ASIA PACIFIC

Asia-Pacific

Prioritize nearby exits
Country or Region City Route Type Streaming Support
Singapore Singapore IEPL Netflix · Disney+ supported
Japan Tokyo IEPL Netflix · YouTube supported
Japan Osaka Relay Prime Video · YouTube supported
Hong Kong, China Hong Kong IEPL Disney+ · YouTube supported
South Korea Seoul Relay Netflix · YouTube supported
Taiwan, China Taipei Relay Netflix · Disney+ supported
Thailand Bangkok Direct YouTube supported
Malaysia Kuala Lumpur Direct YouTube supported
NORTH AMERICA

North America

Candidates for AI and content services
Country City Route Type Streaming Support
United States Los Angeles Relay Netflix · Disney+ · HBO supported
United States San Jose Direct YouTube · Prime Video supported
United States Seattle Relay Netflix · YouTube supported
Canada Toronto Direct Netflix · Prime Video supported
EUROPE

Europe

Regional content and work services
Country City Route Type Streaming Support
United Kingdom London Relay Netflix · BBC iPlayer supported
France Paris Relay Netflix · Disney+ supported
Germany Frankfurt IEPL Netflix · Prime Video supported
Netherlands Amsterdam Direct Netflix · YouTube supported
Spain Madrid Direct Netflix · YouTube supported
Italy Milan Direct Netflix · Prime Video supported
Sweden Stockholm Direct Netflix · YouTube supported
Poland Warsaw Direct Netflix · YouTube supported
OTHER REGIONS

Other Regions

Choose remote regions by destination
Country City Route Type Streaming Support
Australia Sydney Relay Netflix · Disney+ supported
New Zealand Auckland Direct Netflix · YouTube supported
United Arab Emirates Dubai Direct Netflix · YouTube supported
India Mumbai Relay Netflix · Prime Video supported
Brazil São Paulo Direct Netflix · YouTube supported
South Africa Johannesburg Direct Netflix · YouTube supported

How Three Route Types Work

Route types describe the path data takes between your local network and an international exit. The same name does not guarantee identical performance across every region, carrier or time of day.

IEPL Link Priority

IEPL

IEPL routes use a more fixed cross-border transmission path. Data typically enters a designated access link before reaching the international exit for the selected region, reducing the chance of traversing too many public-network hops. Their main value is greater control over route structure—not making every connection equally fast. They are often a strong first test for cross-network access, long transfers and peak periods.

These routes are well suited to extended streaming, video meetings, remote desktops, cloud file sync and workflows that depend on connection continuity. Resource and maintenance costs are generally higher than for ordinary direct routes, so there is no need to use IEPL for every lightweight request. For occasional web browsing, a nearby relay or direct route may be enough; switch to IEPL when continuous transfer matters.

RELAY Separate Entry and Exit

Relay Routes

Relay routes first send the connection to a nearby entry point or one with more suitable routing, which then forwards it to the exit in the target region. Your local network does not need to follow the full international path directly, allowing adjustments for differences between carriers. For most everyday cross-border access, relays offer a more balanced mix of availability, coverage and resource cost, and are a common alternative when performance fluctuates.

When choosing a relay, entry-point quality matters as much as the exit region. An exit may be close to the target service while a poor match between the entry point and your local carrier still leads to an unsatisfactory experience. Start with a nearby relay, then confirm that the target website, AI tool or streaming service works normally. If performance keeps changing, test another relay in the same region instead of immediately switching to a more distant country.

DIRECT Direct Path

Direct Routes

Direct routes connect your local network straight to the exit in the target region without an additional dedicated relay entry point. Their simple structure suits lighter traffic, clearly defined destinations or situations where you want a specific regional exit. Performance depends more heavily on your carrier’s international routing; the same direct route can vary significantly across networks, so its name alone is not enough to judge it.

Direct routes are generally suitable for web research, text communication, infrequent tool access and backup connectivity. If the path from your local network to the target region is smooth, direct is the simplest choice. If pages stall, sessions drop or large transfers become inconsistent at certain times, switch to a relay in the same region or compare it with an IEPL route in a nearby region.

Route Type Path Structure Best Use Cases to Test First What to Prioritize Resource Cost
IEPL Designated access link to the international exit Extended streaming, video meetings, remote desktops, file sync Confirm the target region first, then compare sustained connection performance Generally higher
Relay Nearby entry point forwards traffic to the target-region exit Everyday browsing, AI tools, general use Evaluate entry-point compatibility and exit region together Generally moderate
Direct Local network connects directly to the regional exit Lightweight access, text interaction, backup connectivity Focus on the local carrier’s international routing Generally lower

Choose a Route by Use Case

The right order is to identify the target service’s region first, then start testing with nearby exits. No single route is consistently optimal across every network, application and time of day.

BROWSE

Everyday Browsing and Research

For everyday webpages, searches, document reading and text communication, data volumes are usually small, so start with a nearby exit and stable response times. On Asian networks, test Singapore, Japan, Hong Kong, China or South Korea first; if the target site is clearly hosted in North America or Europe, switch to that region. A nearby relay often balances opening speed and connection continuity, while direct routes can serve as lightweight or backup options.

Avoid switching regions repeatedly while browsing. Some websites adjust language, content and login checks based on the exit region, and frequent changes over a short period may require you to confirm the session again. Once you find a route that loads normally and remains stable, staying in the same region is usually easier.

STREAM

Streaming

For streaming, the content region comes first—not the route name. To watch US content, test a US exit; for local UK content, choose a UK exit. Account registration region, licensing scope and the platform’s own rules also matter, so route support only means the exit is a candidate; it does not guarantee every account sees the same catalog.

Streaming requires sustained transfer, so briefly opening a homepage does not represent a full playback session. Enter the target content and play continuously while testing, watching for quality drops, buffering or reloads. If problems occur, switch to another relay or IEPL route in the same region first. If several routes in that region perform similarly, check your local network, wireless connection and background downloads.

AI

AI Tools and Cloud Apps

AI tools require more than loading the page: login, conversations, file uploads and long responses must remain continuous. Start with a relay in a commonly used region for the target service, then compare an IEPL route in the same region. For text chat, a stable relay is often enough; for larger files, image generation or long-running tasks, pay closer attention to whether the session reconnects.

Keep the exit region as consistent as possible. Switching frequently between distant regions after login may trigger the service’s own account checks. For frequently used AI tools, keep one stable region and switch route types only within that region. If the page works but uploads fail, check browser extensions, your local network and the route separately instead of attributing every issue to the exit.

GAME

Gaming and Real-Time Interaction

Gaming depends more on consistent input feedback, route jitter and perceived packet loss. Confirm the game’s service region first, then choose an exit geographically close to it. For Asian service regions, test Japan, South Korea or Singapore first; for North America, start with routes on the US West Coast. Choosing the wrong region can hurt real-time interaction through a longer path even when the route itself connects.

Keep local network conditions consistent when testing game routes, and do not compare them while downloading files. If a route enters the game quickly but becomes unstable during a match, try another route type in the same region. Some game updaters and game sessions use different network requests, so a successful update does not guarantee an identical real-time session; judge by actual gameplay.

WORK

Remote Work and File Transfers

Video meetings, remote desktops, code repositories and cloud documents are more sensitive to sustained connectivity. Prioritize the region where your company service or collaboration platform is hosted, then test relay and IEPL routes. Before a meeting, confirm that voice, screen sharing and document access all work normally; opening a webpage alone is not enough. For long sessions, avoid changing exit regions midway.

For file transfers, continuity matters more than a single speed reading. If a large file repeatedly stops, close other network-intensive tasks first, then switch to another route in the same region. Input pauses in a remote desktop may come from geographic distance, local wireless quality or server load. Testing one variable at a time makes the cause easier to identify than changing nodes at random.

A Route-Switching Workflow

Test the region, route type and local network separately to reduce unnecessary switching and make it easier to find a route suitable for long-term use.

Identify the Target Region

First confirm the region associated with the target website, streaming content, game service or work system. When regional content matters, the exit should match the content region; for ordinary research, start with a nearby exit.

Choose Candidate Types

For lightweight access, test direct or relay routes first. For extended streaming, meetings and file sync, compare relay and IEPL routes first. A route type is a filter, not a standalone quality verdict.

Validate with a Real Task

For browsing, open pages continuously; for streaming, play the target content; for AI tools, complete login, a conversation and an upload; for work, check meetings and file sync. Real tasks reveal suitability better than a single page load.

Keep a Same-Region Alternative

After confirming a primary route, keep an alternative in the same region with a different route type. If your carrier changes or the target service behaves differently, you can switch quickly without changing the exit region.

Global Coverage and Clients

VPNKF’s full directory covers 120+ countries / 210+ routes. After signing in, access your subscription and clients from the user panel and use the same account across supported platforms.

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Supports Windows / macOS / iOS / Android / Linux with unlimited simultaneous devices. Choose routes by purpose on each device—for example, keep a work exit on your computer, select a streaming region on your tablet and use a nearby route on a mobile device.

Monthly subscription traffic resets each month on the activation date, with upgrade price differences prorated by the remaining days. For traffic you want to keep long term, the plans page also offers data packages that last until used and never expire.

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Singapore Japan Hong Kong, China United States France Germany South Korea United Kingdom Australia Canada Windows macOS iOS Android Linux