route.directory

Global Server Locations and Routes

Covering 120+ countries / 150+ routes. Narrow the options by destination region first, then choose an IEPL dedicated route, relay, or direct connection for browsing, streaming, AI tools, gaming, or work.

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regional index

View the route directory by region

The table below shows representative connection points in each region, including location coverage, cities, route types, and streaming compatibility. VPNKe covers 120+ countries / 150+ routes in total; the route list in the user panel determines the connections currently available.

asia pacific

Asia-Pacific routes

Useful for accessing services in nearby regions from Asian networks, as well as web browsing, video, remote collaboration, and developer tools. Compare geographic distance first, then adjust the route type to match your use case.

Country / region City Route type Streaming support
SingaporeSingaporeIEPL Dedicated RouteSupported
Hong Kong, ChinaHong KongIEPL Dedicated RouteSupported
JapanTokyoRelaySupported
JapanOsakaDirectAvailable
South KoreaSeoulRelaySupported
AustraliaSydneyDirectAvailable
north america

North American routes

Designed for North American websites, AI tools, cloud consoles, and streaming content. West Coast locations are often a better fit for connections from Asia, while East Coast locations may be closer to some services in eastern North America. Choose based on the service’s actual location.

Country / region City Route type Streaming support
United StatesLos AngelesIEPL Dedicated RouteSupported
United StatesSeattleRelaySupported
United StatesNew YorkDirectAvailable
CanadaVancouverRelaySupported
CanadaTorontoDirectAvailable
United StatesDallasDirectAvailable
europe

European routes

Suitable for websites, collaboration platforms, and content services in Europe. If a business system is deployed in a specific country, prioritize a location in that country or a nearby one rather than judging solely by city prominence.

Country / region City Route type Streaming support
United KingdomLondonRelaySupported
GermanyFrankfurtDirectAvailable
FranceParisDirectSupported
NetherlandsAmsterdamRelayAvailable
SwitzerlandZurichDirectAvailable
SwedenStockholmDirectAvailable
extended regions

Routes in other regions

For services in South Asia, the Middle East, Africa, South America, and Oceania. Long-distance connections involve more network paths, so confirm the target website’s region first, then compare relay and direct connections in practice.

Country / region City Route type Streaming support
United Arab EmiratesDubaiRelayAvailable
IndiaMumbaiDirectAvailable
South AfricaJohannesburgDirectAvailable
BrazilSão PauloRelaySupported
ChileSantiagoDirectAvailable
New ZealandAucklandDirectAvailable
route architecture

Understand three route types

Route names are not a simple speed ranking. IEPL dedicated routes, relays, and direct connections use different path structures, with different costs, levels of control, and use cases. Consider the destination, task, and current network conditions together when choosing a route.

IEPL Path first

IEPL Dedicated Route

IEPL dedicated routes prioritize path design and stability across international connections. Data follows a planned transmission path before reaching the destination exit, reducing the impact of changes on ordinary public-network routing. They are better suited to extended remote work, sustained transfers, video conferences, cloud consoles, and tasks that depend on session continuity.

Dedicated-route resources generally cost more to build and maintain than ordinary public-network paths, making them suitable when connection quality is the priority. They do not produce identical results for every website at every time; the local network, target service status, and regional policies still affect the outcome. Start with a nearby dedicated route, then adjust it according to the target service’s region.

RELAY Balanced path

Relay Route

A relay route first connects to a region that works well as an entry point, then sends data from an intermediate node to the destination exit. Its purpose is to avoid an unsuitable direct path and create a more manageable forwarding relationship between entry and exit. For distant destinations, visibly indirect direct routes, or heavier evening fluctuations, a relay is often worth comparing first.

Relays add another path segment and require additional resource scheduling, but they can balance coverage, connection performance, and cost. They suit everyday browsing, streaming, AI tools, and routine work. If a relay entry does not match the target service’s region, switch to an entry in the same region instead of repeatedly reconnecting to the same route.

DIRECT Coverage first

Direct Route

A direct route connects to the destination region’s exit through a public-network path, with fewer intermediate scheduling steps and more flexible city and regional coverage. It suits ordinary web access, occasional use, viewing content for a specific region, and situations that require quickly changing the exit location. When the geographic distance is short and the carrier path is favorable, direct connections can be a simple and effective option.

Direct connections are more exposed to public-routing changes, inter-network peering, and time-of-day variation, so a single page-load experience is not enough for a long-term judgment. If a short task works but a sustained task fluctuates, try a relay or IEPL dedicated route in the same region. Cost also follows the path structure: direct routes are relatively simple to organize, while relays and dedicated routes require more link coordination.

use-case routing

Choose a server by use case

A farther server does not necessarily offer greater capability, and a more complex route name does not guarantee a better fit. Identify what you need to access first, then choose the region and route type; this is usually more effective than switching randomly through the list.

BROWSE

Everyday browsing

For news, reference sites, communities, and ordinary webpages, start with a nearby region. From Asian networks, compare Hong Kong, Singapore, Japan, or South Korea first. Everyday browsing involves many short connections and page-resource requests, so a suitably located direct or relay route is often sufficient.

If the main page opens but images, scripts, or sign-in components fail to load fully, first check whether the website is calling resources from another region, then try a relay in the same region. Avoid switching continuously between countries that are far apart; it makes diagnosis harder and may trigger a site’s risk checks for changing login regions.

STREAM

Video and streaming

For streaming, start with the content region rather than server distance. To view content for Japan, begin with a Japanese entry; for US content, start by comparing US entries. Account registration region, billing region, content licensing, and platform policies also affect what appears; the exit location is only one factor.

When testing playback, check startup, seeking, continuous playback, and quality changes—not just whether the homepage opens. If an entry reaches the platform but playback is unstable, switch within the same region from direct to relay or IEPL dedicated. Keeping the region unchanged helps distinguish a route-type issue from a content-licensing issue.

AI

AI tools

AI web apps, streaming responses, file uploads, and developer APIs all depend on sustained connections. Choose a region where the service is clearly available, then prioritize a stable relay or IEPL dedicated route. If the website allows sign-in but stops mid-response, check the browser session, target service status, and local network rather than judging by the server name alone.

When using AI services from a command line, editor plugin, or automated task, developers should keep a relatively consistent exit region for the same task. Frequent cross-region switching can trigger another sign-in check and make API issues harder to troubleshoot. If different regional resources are needed at once, choose separate entries for separate tasks.

GAME

Gaming connections

Gaming depends on path stability, the target server’s location, and the client’s support for the network transport method. Confirm the game server’s region first, then choose an entry in that region or nearby. For Asian servers, start by comparing Asian entries; for North American servers, begin with the West Coast or the server’s actual region.

The lobby, resource updates, and live matches may use different services, so one successful stage does not mean the entire flow uses the same path. If sign-in works but match performance changes, record the region and route type, then switch within the same region rather than changing several variables at once. Results depend on the game server and local network conditions.

WORK

Remote work

Remote desktops, code repositories, enterprise consoles, video conferences, and large-file synchronization all require stable sessions. If team systems are deployed in a fixed region, prioritize an entry there; if systems span multiple regions, use the location of the primary business system as the reference. For sustained tasks, compare IEPL dedicated and relay routes first.

Work connections also require attention to account-security policies. Enterprise services may record a usual login region, and frequent country changes can trigger additional verification. Keep a regular entry for fixed work tasks and prepare an alternative in the same region. This keeps the exit region similar when switching is necessary and makes it easier to identify changes in the local network, route, or target system.

selection method

Start route selection with the region

With a long server list, use a consistent decision order. Confirm the regions permitted by the target service, then choose a suitably close city; next, compare direct, relay, and IEPL dedicated routes based on task duration and stability needs. Finally, validate with the real task rather than opening only a speed-test page.

For everyday browsing, test the target site’s main article page, sign-in page, and a resource-heavy page together. For streaming, check the content catalog and continuous playback. For AI tools, complete sign-in, sustained output, and file interaction. For work tasks, check that remote sessions, code pulls, and file synchronization remain consistent.

If you need to switch, change only one condition at a time. For example, keep Japan as the region and change direct to relay, or keep the route type and move from a more distant city to a nearer one. This controlled comparison reveals the influencing factor faster and makes the choice easier to reuse later.

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service scope

Coverage and usage boundaries

VPNKe provides 120+ countries / 150+ routes, covering common destinations and extended regions. The route directory helps explain entry distribution and path types; it does not present the result of a single connection as a fixed long-term outcome. Public routing, target-platform maintenance, regional policies, and the user’s local network all affect connection performance.

Monthly subscription traffic resets each month on the activation date; mid-cycle upgrades are prorated by the remaining days. Data packages remain available until used and never expire. Choose a plan according to your actual traffic needs. The service supports Alipay / WeChat Pay / USDT and provides a 30-day money-back guarantee.

For current prices and traffic options, visit the plans page; for installation and import steps, visit the Guides page. If you have trouble choosing a server, note the target service, entry region, route type, and the stage where the issue occurs, then switch with a specific hypothesis.