Explore International Server Locations
When choosing a route, distinguish the exit region from the path your connection takes. The region determines the location websites see as your source; the path affects connection setup, ongoing transfers, and performance during congestion. A nearby location is a sensible starting point, but a country name alone cannot predict performance. Nor does a city in a route name necessarily identify where a destination service’s servers are hosted.
The table below provides location references. Cities and connection types without confirmed configuration details are marked “Check the route list.” General explanations of connection types are not a promise that VPNKD offers a particular setup. Streaming availability can also depend on the exit IP, account region, available catalog, and platform policies, so a location name alone cannot guarantee access.
| Country / Region | City | Connection type | Streaming support |
|---|---|---|---|
| Asia Pacific | |||
| Hong Kong | Check the route list | Check the route list | Depends on platform detection |
| Japan | Check the route list | Check the route list | Depends on platform detection |
| Singapore | Check the route list | Check the route list | Depends on platform detection |
| North America | |||
| United States | Check the route list | Check the route list | Depends on platform detection |
| Europe | |||
| United Kingdom | Check the route list | Check the route list | Depends on platform detection |
| Germany | Check the route list | Check the route list | Depends on platform detection |
| Other | |||
| Other covered regions | Check the user dashboard for the full list of countries, cities, and connection types. Unconfirmed configurations are not listed here. | ||
The 120+ countries and 240+ routes describe overall coverage, not a fixed number of routes for each location. Check the current options included in your subscription before connecting. This page does not provide latency, load, or bandwidth measurements.
If you have no specific location requirement, start with a nearby exit and see whether your task works reliably. If a service requires a particular region, meet its location requirements first, then compare routes within that region. This helps avoid a situation where the connection works but the service rejects the exit location.
Direct, Relay, and IEPL Connections
These terms describe how a connection path is structured, not a ranking of performance. The explanations below are general technical information and do not indicate that any VPNKD route uses a particular topology. Check the route list for available connection types. Encryption protocols, exit regions, and connection paths are separate considerations: using a particular protocol does not mean your connection uses a dedicated line.
Direct: a simple path that relies on public internet routing
With a direct connection, your device typically connects to an exit server over the public internet, with fewer forwarding steps. The path is simpler, which can also make connection issues easier to troubleshoot. However, a shorter physical distance does not necessarily mean a shorter network route. Peering between providers, time of day, and local network conditions can all affect performance.
Direct connections can be a useful starting point for everyday browsing, light searches, and tasks that do not require sustained throughput. Costs are generally easier to manage, but this does not guarantee that a particular plan will be cheaper. If performance on the same route varies at different times, check both your local connection and the public route rather than relying on the “direct” label alone.
Relay: forwarding traffic through an entry point
A relay adds an entry point or forwarding node between your device and the final exit. Your device connects to the entry point first, which then forwards traffic to the exit, potentially using a more suitable peering path. This adds a forwarding step, but may avoid a poor section of public routing. A relay is not automatically slower or more stable than a direct connection.
For connections across providers, long-distance access, or peak-hour use, compare the results of relay and other routes on your actual tasks. The service must provide entry-point resources, forward traffic, and maintain the infrastructure. Congestion at the entry point or issues along the forwarding path can also affect performance. Evaluate the complete task, not just whether the client says it is connected.
IEPL: check what the dedicated link actually covers
IEPL generally refers to an international Ethernet private line. A dedicated transmission segment can make route and capacity management more predictable, but the connection from your device to the access point, and the path from the exit to the destination website, may still use public networks. “Dedicated line” does not mean the entire path is carried over one dedicated connection.
For extended work sessions, long transfers, or tasks sensitive to fluctuations, check whether the service clearly explains its dedicated-line coverage. These resources generally cost more to lease and manage than ordinary public network resources, but higher cost is no substitute for testing performance. Before connecting, also check the access scope, exit region, and available options. Do not assume exclusive capacity or guaranteed performance.
Protocols and connection paths are different things
A protocol defines how your device and the server establish a session, encapsulate data, and transmit it; a connection path defines which links your traffic travels over. The same protocol can run over different paths, and the same path can support different protocols. Check client compatibility first, then compare route performance. Changing the protocol, region, and device all at once makes it harder to identify the cause of a problem.
Peak-hour slowdowns do not necessarily originate at the exit server. Shared home networks, Wi-Fi signal quality, local provider peering, relay entry points, and destination websites can all become bottlenecks. See the protocol guide for help distinguishing connection setup issues from problems with ongoing data transfers.
Pick an Exit Region and Route for the Task
The goal is not to find one route that works best for everything, but to complete the task at hand reliably. Browsing depends on page responsiveness, streaming on sustained data transfer, AI tools on location and session continuity, while gaming and work are sensitive to different kinds of fluctuations. Note your current route before comparing options so you have a clear point of reference.
Everyday Browsing
If you have no location requirements, start with a nearby region. Test pages you visit regularly, checking that images, login redirects, and attachments load correctly. Do not judge the whole experience by how quickly one page opens. If your browser works but an app does not, check whether it uses the same proxy settings.
There is no need to chase route-name changes for everyday browsing. Keep a route that works well for you and compare it with other available options when needed. If something goes wrong, try another route in the same region first, then consider changing regions. This makes it easier to distinguish route issues from location restrictions imposed by a website.
Streaming
Check the target catalog and account requirements before choosing an exit. Platforms such as Netflix and HBO may check your exit IP, account region, and content licensing separately. Being able to open a website does not mean a particular title will play. Streaming access depends on the platform’s current detection and actual playback results.
After playback starts, check that subsequent segments continue to load. Sustained streaming matters more than a successful initial connection. If buffering occurs, keep the title and video quality unchanged while comparing other routes in the same region. Switching regions repeatedly may change the available catalog or session state, making it harder to identify the original issue.
AI Tools
Before using ChatGPT, Claude, or Gemini, check the provider’s official regional and account requirements. A route can change how you connect, but it cannot determine whether your account is eligible. Once the exit region meets the requirements, check that login, responses, file uploads, and results all work as expected.
Keeping the same exit during a session can help reduce re-verification triggered by changes in your connection environment. If a long response is interrupted, distinguish a network disconnection from a failure on the tool’s side, and note any visible error before comparing routes. See our AI tools guide for more information. No exit region should be treated as a guarantee of access.
Gaming
First check the game server region and how your client handles traffic. Some client settings apply mainly to web browsing and may not route game traffic. Seeing that a subscription client is connected does not prove the game is using that exit. Check the in-game connection results against the client’s documentation.
Online gameplay is sensitive to packet loss and jitter; good download speeds do not guarantee responsive controls. When comparing routes, keep the server region the same and see whether your session remains stable. Changing regions may affect matchmaking or server selection. VPNKD’s international routes should not be assumed to provide dedicated optimization for every game.
Work & Collaboration
Remote work often involves logging in, video calls, cloud storage, and collaborative documents. Check all of these tasks through the same exit instead of stopping after a successful web login. Video calls depend on sustained two-way traffic, while file syncing requires uploads to finish and results to be verified. The same metric cannot assess both.
Corporate networks may require a specific access tool. Follow your organization’s network and data-handling policies before using international routes, and do not change the configuration of managed devices without authorization. VPNKD supports multiple platforms and unlimited devices, but each device still needs the subscription imported correctly, and you should confirm that each app uses the selected route.
Verify the Route, Not Just the Connection Status
A “connected” status in the client usually means a session has been established; it does not prove that every app is using that route. After importing your subscription, check the selected exit in the client, then use an IP check to see whether your apparent location matches your expectations. Geolocation results can vary, so if they conflict, consider the app’s behavior and the route details together.
Next, test the apps you actually use. Browsers and desktop software may use different network settings, and split-tunnel rules may leave some requests on their original route. If a website works but an app does not, first check how that app handles traffic. Do not immediately switch plans repeatedly or assume every error is caused by the exit region.
When comparing routes, change only one factor at a time. Keep the device, local network, destination service, and task the same. Compare routes in the same region first, then try other regions once you have a clear result. Note the route name, time, task, and error message; there is no need to turn a single observation into a claim about consistent performance.
Local network issues, account permissions, and problems with the destination platform can all produce similar connection errors. Keep relevant error details while troubleshooting. When sharing diagnostic information, never disclose your password or full subscription link.
Get the client and subscription from the user dashboard; you must log in to access the subscription. No email address is required: create an account with a username and password. Follow the setup guide to import it, then verify the exit and your apps. This is more reliable than copying an unknown configuration and makes it easier to keep your setup consistent.
Choosing a Route and a Data Plan
Choosing an exit region and choosing a data tier are separate decisions. The region and route should match your access needs; the data tier should match your usage. VPNKD monthly plans are ¥9.9/month for 60GB, ¥18/month for 250GB, and ¥28/month for 500GB. Monthly data resets each month on the activation date. Mid-cycle upgrades are prorated based on the remaining days.
Data packages cost ¥158 for 300GB, ¥358 for 1000GB, and ¥658 for 3000GB. They remain valid until used and never expire. These prices do not imply extra charges for a particular country, an exclusive dedicated line, or reduced data usage for specific apps. Check the pricing page and user dashboard for current plans and usage details.
There is no limit on the number of devices connected at the same time, making it easy to use VPNKD on computers and mobile devices. Unlimited devices does not mean unlimited data, so keep an eye on your subscription’s remaining balance when using multiple devices. Large files, cloud syncing, and continuous video streaming can use more data. Choose a tier based on your typical activities, not just the number of devices.
VPNKD supports Alipay / WeChat / USDT and offers a 30-day no-questions-asked refund. See the refund policy for application details. The route list shows available regions and connection types, while the pricing page explains billing. Checking each separately makes it easier to choose a subscription that fits.