REGION INDEX
Browse routes by location
VPNKC covers 120+ countries and 170+ routes. The locations below are public entry points to help you understand how routes are grouped. This is not a complete server list, and routes may vary by location. Sign in to view available cities, route types, and options in the route directory. Details that have not been confirmed are marked for verification; a location name alone is not a service guarantee.
When choosing a location, consider both the region of the service you want to access and the network your device is using. Nearby locations are often worth trying first, but traffic may pass through relay points, and the exit point may be far from the destination server. Map distance, location names, or the speed of a single page load cannot predict how a route will perform across different tasks.
| Country/Region | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| Singapore | See the route directory | See the route directory | Verify in the client |
| Hong Kong | See the route directory | See the route directory | Verify in the client |
| Japan | See the route directory | See the route directory | Verify in the client |
| Australia | See the route directory | See the route directory | Verify in the client |
| North America | |||
| United States | See the route directory | See the route directory | Verify in the client |
| Europe | |||
| Germany | See the route directory | See the route directory | Verify in the client |
| Other | |||
| Other covered locations | Sign in to view the full directory | See the route directory | Verify in the client |
The location index shows where to start looking. Whether a route works for a particular platform depends on your account access, the platform's regional rules, and the results of an actual playback or request test.
How to read the directory
Country or region helps you filter by exit location; city narrows down the entry or exit point; route type describes how traffic is routed; streaming support needs to be checked for each platform. These are separate details and should not be treated as interchangeable. A route in a location does not mean every title in that region's video catalog will be available. A dedicated route label also does not guarantee consistent speeds for every request made by an app.
The directory available after sign-in is better suited to choosing a specific route because the client needs subscription details tied to your current account. This public page does not provide active subscription URLs or direct download links for installers. Client access for Windows, macOS, iOS, Android, and Linux is available through the user panel. Sign in to get your subscription and client, then use a route from the directory to connect.
PATH STRUCTURE
Route Types & Trade-offs
Direct, relay, and IEPL dedicated routes are common terms for understanding network topology. This guide explains how they work, when they may be useful, and how their costs differ. It is for reference only and does not mean every VPNKC location offers all of these route types. Check the route directory for the path used by a specific connection; if a route is not labeled, do not infer its type from its name alone.
IEPL Dedicated Routes: Using Dedicated Links for Part of the Path
IEPL generally refers to an international Ethernet private line. Its key distinction is that part of the connection uses dedicated infrastructure, rather than relying entirely on public internet routing for cross-region traffic. Dedicated links may be worth considering for ongoing work, long sessions, or tasks where route stability matters. However, the connection from your device to the entry point and from the exit point to the destination may still use ordinary networks, so consider the full path.
These routes typically involve leasing dedicated capacity, securing access, and planning for bandwidth, so they often cost more to provision than standard public internet paths. Higher cost does not mean every app will run faster, nor does a “dedicated” label guarantee exclusive bandwidth, a fixed response time, or consistent performance. Focus on whether the route handles your tasks reliably and performs consistently during busy periods.
Relay Routes: Changing the Cross-Region Path Through an Entry Point
A relay route adds a forwarding step between your device and the exit point. Your device connects to an entry point, which then forwards traffic to the exit. This changes how the route is organized, allowing the access network and cross-region link to be selected separately. A relay may suit everyday browsing, work, or streaming when your local network connects smoothly to an entry point but a direct connection to a distant exit is prone to fluctuations.
Additional steps also require more resources and maintenance. Congestion at the entry point, along the relay path, or at the exit can affect performance. More relays are not necessarily better: a detour may improve routing or add latency. Costs include relay servers, link capacity, and operations, so the trade-off is between route quality and resource use. “Relay” is not a quality rating.
Direct Routes: Connecting Straight to a Remote Entry Point
With a direct route, your device connects straight to a remote service entry point, making the path easier to understand and usually reducing the number of forwarding steps. If your local network has a good route to that entry point, direct access can avoid extra hops and may suit light browsing, short requests, or apps that require a specific region. Whether it works well still depends on the interconnection between your local carrier and the remote network.
Direct routes are more sensitive to changes in public internet routing. Peak-time congestion, changes to cross-region connections, or an unstable local wireless network can all affect performance. They can be less costly to provision, but that does not mean they are only suitable for light use. For a particular network, a well-routed direct connection may work better than a relayed detour. Testing the route is more informative than relying on its label.
Route Topology and Connection Protocols Are Different
Route type describes where traffic travels; a protocol describes how the client and server establish and maintain a connection. Names such as Trojan, VLESS, Hysteria2, and TUIC refer to protocols and do not, on their own, prove that a route uses dedicated links or has a particular exit location. Switching protocols may affect handshakes, transmission, or client compatibility, but it will not automatically resolve congestion at the entry point, a platform's regional checks, or local network outages.
If performance fluctuates during peak hours, first distinguish between your local connection, the route, and the destination service. If every app slows down, check your wireless signal, background transfers, and other devices using the network. If only one route changes, compare other routes in the same region. If only one website is affected, save the response it displays. This helps separate route issues from app issues and avoids repeated switching without a clear result.
Read the protocol and routing guide →USE-CASE SELECTION
Choose a Route by Use Case
The goal is not to find one location that works for every task, but to choose a suitable route for what you need to do. Start by identifying the service, account region, and session length, then select locations to test. Keep your device, access network, and test task consistent, changing only the route each time so you can tell what affects performance.
Everyday Browsing: Check That Pages Load Fully
Web pages often load text, images, scripts, and external resources separately, so seeing the homepage does not mean everything has finished loading. Try an entry point in Asia-Pacific, then visit a site you use regularly. Check whether images continue to load, page controls work, and you can navigate to other pages smoothly. Do not judge a route by a single search page or the client’s connection status alone.
Split tunneling can be useful when you need to access both local and international websites, but make sure the client rules send each request through the intended route. If only part of a page is failing, check the routing result and resource domains before switching routes. For regular use, keep one primary route and one backup. Changing exit locations frequently makes issues harder to reproduce and may affect how websites handle your session.
Streaming: Match the Region, Then Test Playback
Streaming platforms determine what you can watch based on factors such as exit location, account subscription, content licensing, and device status. First identify the regional catalog you want to access, choose a corresponding exit location, and open the specific title. Reaching the homepage, seeing artwork, and playing a video to completion are different stages. A successful homepage load does not confirm playback, and a successful test does not guarantee ongoing support.
Once playback starts, check continuous viewing, seeking, and switching between titles. Video quality depends on the platform, device, and network, so do not try to predict it from the route type alone. If one title will not play, save the error message and check its availability in your region. If several titles keep buffering, check your local network and other routes in the same region. For a more detailed guide, see Streaming.
AI Tools: Keep Your Location and Session Consistent
Searches for ChatGPT acceleration or Cursor acceleration usually reflect needs such as web access, account sign-in, long responses, or editor requests. Before choosing a route, check the tool's regional rules, account eligibility, and client requirements. A network route only handles traffic; it does not determine your platform permissions, compliance with its policies, or eligibility to use the service.
Test by completing a real task, not just opening the sign-in page. For example, submit a prompt on the website and wait for the response to finish, or confirm that requests and results work in your editor. Keep the exit location consistent during your work session and avoid switching routes mid-session. If an error occurs, distinguish a connection failure from an authentication failure or a platform restriction, and save the original message. More data or a different location may not resolve an account-level issue.
Gaming: Test a Full Match and Check Client Compatibility
Game sign-in, downloads, and match connections may use different servers or follow different location-selection rules. A successful route connection does not mean game traffic is using that route. First check the game's region and your client's proxy mode, then look for disconnects, input response, and server selection during an actual match. Download speed alone is not a substitute for testing gameplay.
Some games require a particular transport method or a dedicated acceleration mechanism; a standard proxy route is not the same as a game-specific accelerator. If the problem only occurs during matches, check the game's network mode and client compatibility. If other tasks on the same device are affected too, investigate your access network. For more on how these options differ, see Gaming Accelerators vs. VPN Proxies.
Work: Prioritize Reliable Sessions
Remote work often involves meetings, documents, code repositories, and company sign-in at the same time. Choose a route that meets your organization’s regional and security requirements, then test sign-in renewal, file uploads, and long-running sessions. Smooth web browsing does not guarantee the same experience for video calls, repository syncs, or large uploads. Test each task you rely on.
VPNKC supports an unlimited number of devices connected at the same time. Choose routes for specific tasks on Windows, macOS, iOS, Android, and Linux. Check the client and network permissions on each device. If you share an account across devices, factor in overall data use. Keep the route unchanged during calls, uploads, or syncs, and make adjustments between tasks.
Monthly subscription data resets each month on the activation date. If you upgrade mid-cycle, the price difference is prorated for the remaining days. Data add-ons do not expire and remain available until used. Data allowance and route selection are separate considerations. See the plans page for prices and data allowances.
EXIT & VERIFICATION
Exit Location & Connection Verification
Location, IP Attributes, and Platform Detection Are Not the Same
An exit location describes where a network request appears to enter the destination service. IP attributes relate to address registration, network use, and the data a platform uses for identification. People searching for “native IP” often want more consistent location detection, but the term alone says nothing about video licensing, account risk checks, or service permissions. Do not infer an IP's attributes from a route's location name alone.
Platforms may use different IP databases and may also consider account region, payment details, and device environment. The same exit point can be identified differently by different websites. If an attribute is not clearly labeled in your account directory, treat it as unverified. For actual use, rely on the location and features shown by the destination service rather than treating a single label as a universal result.
Verify the Connection with a Real Task
After getting your subscription, check that it has been imported into the client, that you have selected a route, and that the proxy mode suits your task. Then open the target app and try signing in, loading a page, playing content, or sending a request. If the client shows a connection but the app still has issues, check whether the app uses the system proxy, is holding on to an old connection, or has routing rules that send requests through an unexpected exit.
After switching routes, some apps may continue using an existing connection or cached location data. If your task allows, reopen the app and repeat the same steps. Avoid changing your access network, protocol, location, and account all at once during a test; you will not know what caused the result. If you are new to the setup, follow the getting started guide to configure your client, then return to the route directory to choose a location.
Keep Reproducible Details When Performance Changes
Record the platform, access network, route name, time, target app, and original error message. These details can help distinguish a local connection issue from a route change or a response from the destination service. Describing the task stage where the issue occurred is more useful than simply saying “slow” or “not working.” Do not include passwords, full subscription URLs, or other account credentials in support requests.
If another route in the same region completes the same task, you can keep using it for now and report the issue with the original route. If all routes fail, first check your subscription status and client settings, then contact support through the ticket section of the user panel. VPNKC offers a 14-day no-questions-asked refund; see the refund policy for how to apply. Accounts use a username and password; no email address is required.